RU2640298C1 - Method for processing and storing images - Google Patents

Abstract

FIELD: physics.SUBSTANCE: method for processing and storing images via a server performs the steps of: receiving the first image and the second image, the first image includes a set of pixels of the first image and the second image includes a set of pixels of the second image; it is determined that the first image and the second image are visually connected; the first information on the correspondence between the first image and the second image is determined by the server; a reference image based on the first image and the second image is created by the server, a reference image is created: the second information on the correspondence between the first image and the reference image is determined by the server; and calculate a server artificial pixels in the set of synthetic pixels; the first parameter and the second parameter are calculated by the server; and the reference image, the first parameter, the second parameter, the first compliance information and the second compliance information are stored by the server in the storage.EFFECT: reducing the amount of memory required to store images.50 cl, 15 dwg

Description

FIELD OF THE INVENTION

[01] The present technical solution relates to a method and systems for processing and storing images.

BACKGROUND

[02] Mobile devices, such as smartphones and tablets, can be equipped with one or more cameras that allow users of mobile devices to take pictures of the surrounding space. The increasing popularity of social networks and other applications leads to an increase in the number of images that can be taken using a mobile device. At the same time, it is possible that many images will be the same or visually similar to each other, especially if they were taken in a fairly short period of time (i.e., in burst mode) or from the same viewing angle.

[03] Storage of these visually related images on a mobile device may require a large amount of valuable (and, most often, not too extensive) memory space and / or load on computing resources. In addition, storing visually connected images remotely, for example, to online storage, can also consume network resources and memory space, which in many cases can be limited.

DISCLOSURE

[04] The objective of the proposed technical solution is to eliminate at least some of the disadvantages inherent in the prior art.

[05] One object of the present technical solution is a method for processing and storing images, the method is executed on a server and includes: receiving by the server a first image and a second image, wherein the first image includes a plurality of pixels of the first image, and the second image includes a plurality pixels of the second image; determining by the server that the first image and the second image are visually connected, while determining that the first image and the second image are visually connected includes the server identifying the set of first pixels in the first image among the set of pixels of the first image, and the set of second pixels in the second image among a plurality of pixels of the second image, wherein each pixel in the set of first pixels is visually associated with the corresponding second pixel in the set of second pixels; determining, by the server, the first correspondence information between the first image and the second image; creating a reference image by the server based on the first image and the second image, the reference image including a set of artificial pixels, wherein creating the reference image includes: determining, by the server, second information about correspondence between the first image and the reference image; and the server calculating each artificial pixel in the set of artificial pixels based on the corresponding first pixel in the set of first pixels associated with the corresponding artificial pixel in the set of artificial pixels and the corresponding second pixel in the second set of pixels associated with the corresponding artificial pixel in the set of artificial pixels, the calculation of each artificial pixel involves the server connecting the corresponding first pixel with the corresponding artificial pixel with the second correspondence information, and the corresponding second pixel with the corresponding artificial pixel with the first and second correspondence information. The method also includes: computing, by the server, the first parameter and the second parameter, the first parameter at least partially indicating a visual difference between the first pixels and the corresponding artificial pixels, and the second parameter at least partially indicating a visual difference between the second pixels and the corresponding artificial pixels pixels and storing the server in the storage accessible to the server, a reference image, a first parameter, a second parameter, first compliance information and second compliance information.

[06] In some embodiments of the method, determining the first correspondence information includes: server selecting at least two first pixels in the first image; identification by the server of the positions of at least two first pixels in the first image and the positions of the corresponding visually connected second pixels in the second image; and the server calculating a first set of movement factors based on the positions of at least two first pixels in the first image and the positions of the corresponding visually connected second pixels in the second image, the first set of movement factors indicating first correspondence information between the first and second image.

[07] In some embodiments of the method, creating a reference image further includes: the server evaluating the resolution of the first image; server selection of the resolution of the reference image; and the server calculating a second set of movement factors that indicates the second correspondence information between the first image and the reference image based on the resolution of the reference image and the resolution of the first image.

[08] In some embodiments, the method further includes: the server identifying a set of third pixels among the set of pixels of the first image, wherein every third pixel in the set of third pixels is not visually associated with any of the pixels in the set of pixels of the second image, and the reference image further includes a set of first original pixels. Creating a reference image further includes calculating by the server each first original pixel in the set of first original pixels based on the corresponding third pixel in the set of third pixels associated with the corresponding first original pixel. The first parameter additionally at least partially indicates a visual difference between the third pixels and the corresponding first original pixels.

[09] In some embodiments of the method, computing each of the first original pixels includes associating a corresponding third pixel with a corresponding first original pixel with the second correspondence information.

[10] In some embodiments, the method further includes: the server identifying a set of fourth pixels among the set of pixels of the second image, wherein every fourth pixel in the set of fourth pixels is not visually associated with any of the pixels in the set of pixels of the first image, and the reference image further includes a set of second original pixels. The creation of a reference image further includes the server calculating every second original pixel in the set of second original pixels based on the corresponding fourth pixel in the set of fourth pixels associated with the corresponding second original pixel, the second parameter additionally at least partially indicating a visual difference between the fourth pixels and the corresponding second original pixels.

[11] In some embodiments of the method, calculating each second original pixel includes the server linking the corresponding fourth pixel with the corresponding second original pixel using the first and second correspondence information.

[12] In some embodiments of the method, calculating each artificial pixel in the set of artificial pixels further includes calculating by the server a distinctive artificial pixel based on the distinctive pixel among the plurality of pixels of the first image associated with the distinctive artificial pixel and the interpolated pixel associated with the distinctive pixel, the calculation of the distinctive artificial pixel includes the calculation by the server of the interpolated pixel n mixing among pixels based on the set of pixels of the second image, and wherein the first parameter is additionally at least partly indicates the visual contrast between the distinctive pixel among the plurality of pixels of the first image and the corresponding pixel on the artificial distinctive reference image.

[13] In some embodiments of the method, calculating each artificial pixel in the set of artificial pixels further includes calculating by the server a distinctive artificial pixel based on the distinctive pixel among the plurality of pixels of the first image associated with the distinctive artificial pixel and the interpolated pixel associated with the distinctive pixel, the calculation of the distinctive artificial pixel includes the calculation by the server of the interpolated pixel n mixing among pixels based on the set of pixels of the second image, and wherein the first parameter is additionally at least partly indicates the visual contrast between the distinctive pixel among the plurality of pixels of the first image and the corresponding pixel on the artificial distinctive reference image.

[14] In some embodiments of the method, computing the distinguishing artificial pixel further includes connecting the distinguishing pixel from the plurality of pixels of the first image to the distinguishing artificial pixel by the second correspondence information and linking the interpolated pixel to the distinguishing artificial pixel using the first and second compliance information.

[15] In some embodiments of the method, computing the distinguishing artificial pixel further includes connecting the distinguishing pixel server 112 among the plurality of pixels of the second image to the distinguishing artificial pixel using the first and second correspondence information, and linking the interpolated pixel to the distinguishing artificial pixel using second compliance information.

[16] In some embodiments of the method, calculating the interpolated pixel includes determining by the pixel mixing server among the plurality of pixels of the second image based on the first and second correspondence information.

[17] In some embodiments of the method, calculating the interpolated pixel includes determining by the pixel mixing server among the plurality of pixels of the first image based on the second correspondence information.

[18] In some embodiments of the method, calculating each artificial pixel in the set of artificial pixels further includes averaging by the server the first pixel associated with the corresponding artificial pixel and the second pixel associated with the corresponding artificial pixel.

[19] In some embodiments of the method, computing the distinguishing artificial pixel further includes averaging by the server the distinguishing pixel among the set of pixels of the first image associated with the distinguishing artificial pixel and the interpolated pixel associated with the distinctive artificial pixel.

[20] In some embodiments of the method, computing the distinguishing artificial pixel further includes averaging by the server the distinguishing pixel among the plurality of pixels of the second image associated with the distinctive artificial pixel and the interpolated pixel associated with the distinctive artificial pixel.

[21] In some embodiments of the method, the first and second parameters include a set of first delta pixels and a set of second delta pixels, respectively, and resolution of the first and second images, respectively, wherein the first delta pixels in the set of first delta pixels indicate the visual difference between the first pixels and the corresponding artificial pixels, and the second delta pixels in the set of second delta pixels indicate the visual difference between the second pixels and the corresponding arts nnym pixels.

[22] In some embodiments of the method, the first parameter further includes second correspondence information, and the second parameter further includes first and second correspondence information.

[23] Another object of the present technical solution is a method for creating a first image, wherein the first image includes a set of first pixels, the method is executed on a server. The method includes: obtaining a server from a repository available to the server: second compliance information; a reference image including a set of artificial pixels, wherein each artificial pixel in the set of artificial pixels is associated with the second correspondence information with a corresponding first pixel in the set of first pixels in the first image; and a first parameter, the first parameter at least partially indicating a visual difference between the first pixels in the set of first pixels and the corresponding artificial pixels. The method also includes creating a server with a first image based on a first parameter, second correspondence information, and a reference image.

[24] In some embodiments of the method, each artificial pixel in the set of artificial pixels is further associated with first matching information and second matching information with a corresponding second pixel in the set of second pixels in the second image. Receiving additionally includes receiving by the server: first compliance information; and a second parameter, the second parameter at least partially indicating a visual difference between the second pixels in the set of second pixels and the corresponding artificial pixels. The method further includes creating a second image by the server based on the second parameter, second correspondence information, first correspondence information, and a reference image.

[25] In some embodiments of the method, the first image further includes a set of third pixels. The reference image further includes a set of first original pixels, wherein each first original pixel in the set of first original pixels is associated with the second correspondence information with a corresponding third pixel in the set of third pixels. The first parameter additionally at least partially indicates a visual difference between the third pixels and the corresponding first original pixels.

[26] In some embodiments of the method, the second image includes a set of fourth pixels. The reference image further includes a set of second original pixels, wherein each second original pixel in the set of second original pixels is connected using the first and second correspondence information with a corresponding fourth pixel in the set of fourth pixels. The second parameter additionally at least partially indicates a visual difference between the fourth pixels and the corresponding second original pixels.

[27] In some embodiments of the method, the first image further includes a distinctive pixel. The set of artificial pixels further includes a distinctive artificial pixel associated with the second correspondence information with the distinctive pixel in the first image. The first parameter additionally at least partially indicates a visual difference between the distinctive pixel in the first image and the distinctive artificial pixel.

[28] In some embodiments of the method, the second image further includes a distinctive pixel. The set of artificial pixels further includes a distinctive artificial pixel associated with the first and second correspondence information with the distinctive pixel in the second image. The second parameter additionally at least partially indicates a visual difference between the distinctive pixel in the second image and the distinctive artificial pixel.

[29] In some embodiments of the method, the method further includes transmitting, by the server, instructions to the electronic device to display the first and second image to the user.

[30] Another object of the present technical solution is a server including a processor and storage, wherein the storage contains machine-readable instructions, and the server is configured to: obtain the server the first image and the second image, the first image including a set of pixels of the first image, and the second image includes a set of pixels of the second image; determining that the first image and the second image are visually connected, while determining that the first image and the second image are visually connected, the server is configured to identify the set of first pixels in the first image among the set of pixels of the first image, and the set of second pixels in the second image among the set of pixels of the second image, and each pixel in the set of first pixels is visually associated with the corresponding second pixel in the set of second pixels leu; determining first correspondence information between the first image and the second image; creating a reference image based on the first image and the second image, and the reference image includes a set of artificial pixels, while to create a reference image, the server is configured to: determine, by the server, the second correspondence information between the first image and the reference image; and calculating each artificial pixel in the set of artificial pixels based on the corresponding first pixel in the set of first pixels associated with the corresponding artificial pixel in the set of artificial pixels and the corresponding second pixel in the second set of pixels associated with the corresponding artificial pixel in the set of artificial pixels, and for computing each artificial pixel, the server is configured to associate the corresponding first pixel with the corresponding a common artificial pixel using second correspondence information, and a corresponding second pixel with a corresponding artificial pixel using first and second correspondence information. The server is also configured to: compute the server the first parameter and the second parameter, the first parameter at least partially indicating the visual difference between the first pixels and the corresponding artificial pixels, and the second parameter at least partially indicating the visual difference between the second pixels and the corresponding artificial pixels; and storing in a storage accessible by the server, a reference image, a first parameter, a second parameter, first compliance information and second compliance information.

[31] In some embodiments of the server, for determining the first correspondence information, the server is configured to: select at least two first pixels in the first image; identification of positions of at least two first pixels in the first image and positions of corresponding visually related second pixels in the second image; and calculating a first set of movement factors based on the positions of at least two first pixels in the first image and the positions of the corresponding visually connected second pixels in the second image, wherein the first set of movement factors indicates first correspondence information between the first and second image.

[32] In some embodiments of the server, to create a reference image, the server is further configured to: evaluate the resolution of the first image by the server; selection of the resolution of the reference image; and calculating a second set of movement factors that indicates the second correspondence information between the first image and the reference image based on the resolution of the reference image and the resolution of the first image.

[33] In some embodiments, the server is further configured to: identify a set of third pixels among the set of pixels of the first image, wherein every third pixel in the set of third pixels is not visually associated with any of the pixels in the set of pixels of the second image. The reference image further includes a set of first original pixels. To create a reference image, the server is configured to calculate each first original pixel in the set of first original pixels by the server based on the corresponding third pixel in the third pixel set associated with the corresponding first original pixel. The first parameter additionally at least partially indicates a visual difference between the third pixels and the corresponding first original pixels.

[34] In some server embodiments, for computing each first original pixel, the server is configured to associate the corresponding third pixel with the corresponding first original pixel using the second correspondence information.

[35] In some embodiments, the server is further configured to: identify a set of fourth pixels among the set of pixels of the second image, wherein every fourth pixel in the set of fourth pixels is not visually associated with any of the pixels in the set of pixels of the first image. The reference image further includes a set of second original pixels. To create a reference image, the server is configured to calculate each second original pixel in the set of second original pixels by the server based on the corresponding fourth pixel in the fourth pixel set associated with the corresponding second original pixel. The second parameter additionally at least partially indicates a visual difference between the fourth pixels and the corresponding second original pixels.

[36] In some server embodiments, for computing each second original pixel, the server is configured to associate the corresponding fourth pixel with the corresponding second original pixel using the first and second correspondence information.

[37] In some server embodiments, to calculate each artificial pixel in the set of artificial pixels, the server is further configured to calculate a distinctive artificial pixel based on a distinctive pixel among a plurality of pixels of a first image associated with the distinctive artificial pixel and an interpolated pixel associated with distinctive artificial pixel, while to calculate the distinctive artificial pixel, the server is configured with It is possible to calculate the interpolated pixel based on the mixing of pixels among the population of pixels of the second image. The first parameter additionally at least partially indicates a visual difference between the distinctive pixel among the plurality of pixels in the first image and the corresponding distinctive artificial pixel in the reference image.

[38] In some server embodiments, for computing a distinctive artificial pixel, the server is configured to calculate based on the distinctive pixel among a plurality of pixels of a second image associated with the distinctive artificial pixel and an interpolated pixel associated with the distinctive artificial pixel, wherein for computing a distinctive artificial pixel server is configured to calculate an interpolated pixel based on a mixed i pixels among the plurality of pixels of the first image. The second parameter additionally at least partially indicates a visual difference between the distinctive pixel among the plurality of pixels in the second image and the corresponding distinctive artificial pixel in the reference image.

[39] In some server embodiments, for computing a distinctive artificial pixel, the server is further configured to associate a distinctive pixel among the plurality of pixels of the first image with a distinctive artificial pixel using second correspondence information, and associate an interpolated pixel with a distinctive artificial pixel using the first and second compliance information.

[40] In some server embodiments, for computing a distinctive artificial pixel, the server is further configured to associate the distinctive pixel among the plurality of pixels of the second image with the distinctive artificial pixel using the first and second correspondence information, and associate the interpolated pixel with the distinctive artificial pixel with using the second compliance information.

[41] In some server embodiments, for computing an interpolated pixel, the server is configured to determine pixel mixing among a plurality of pixels of the second image based on the first and second correspondence information.

[42] In some server embodiments, for computing the interpolated pixel, the server is configured to determine pixel mixing among a plurality of pixels of the first image based on the second correspondence information.

[43] In some server embodiments, to calculate each artificial pixel in the set of artificial pixels, the server is further configured to averag the server for the first pixel associated with the corresponding artificial pixel and the second pixel associated with the corresponding artificial pixel.

[44] In some server embodiments, to compute a distinctive artificial pixel, the server is further configured to average the distinctive pixel among a plurality of pixels of a first image associated with the distinctive artificial pixel and an interpolated pixel associated with the distinctive artificial pixel.

[45] In some server embodiments, to compute a distinctive artificial pixel, the server is further configured to average the distinctive pixel among a plurality of pixels of a second image associated with the distinctive artificial pixel and an interpolated pixel associated with the distinctive artificial pixel.

[46] In some server embodiments, the first and second parameters include a set of first delta pixels and a set of second delta pixels, respectively, and resolution of the first and second images, respectively, wherein the first delta pixels in the set of first delta pixels indicate the visual difference between the first pixels and the corresponding artificial pixels, and the second delta pixels in the set of second delta pixels indicate a visual difference between the second pixels and the corresponding artificial pixels.

[47] In some server embodiments, the first parameter further includes second correspondence information, and the second parameter further includes first and second correspondence information.

[48] Another object of this technical solution is a server that includes a processor and storage that stores machine-readable instructions, and the server is configured to: obtain from the server storage available by the server: second compliance information; a reference image including a set of artificial pixels, wherein each artificial pixel in the set of artificial pixels is associated with the second correspondence information with a corresponding first pixel in the set of first pixels in the first image; and a first parameter, the first parameter at least partially indicating a visual difference between the first pixels in the set of first pixels and the corresponding artificial pixels. The server is also configured to create a first image based on a first parameter, second correspondence information and a reference image.

[49] In some server embodiments, each artificial pixel in the set of artificial pixels is further associated with the first correspondence information and the second correspondence information with a corresponding second pixel in the set of second pixels in the second image. The server is additionally configured to receive: first compliance information; and the second parameter; moreover, the second parameter at least partially indicates a visual excellent between the second pixels in the set of second pixels and the corresponding artificial pixels. The server is further configured to create a second image based on a second parameter, second correspondence information, first correspondence information and a reference image.

[50] In some server embodiments, the first image further includes a set of third pixels. The reference image further includes a set of first original pixels, wherein each first original pixel in the set of first original pixels is associated with the second correspondence information with a corresponding third pixel in the set of third pixels. The first parameter additionally at least partially indicates a visual difference between the third pixels and the corresponding first original pixels.

[51] In some embodiments of the server, the second image includes a set of fourth pixels. The reference image further includes a set of second original pixels, wherein each second original pixel in the set of second original pixels is connected using the first and second correspondence information with a corresponding fourth pixel in the set of fourth pixels. The second parameter additionally at least partially indicates a visual difference between the fourth pixels and the corresponding second original pixels.

[52] In some server embodiments, the first image further includes a distinctive pixel. The set of artificial pixels further includes a distinctive artificial pixel associated with the second correspondence information with the distinctive pixel in the first image. The first parameter additionally at least partially indicates a visual difference between the distinctive pixel in the first image and the distinctive artificial pixel.

[53] In some embodiments of the server, the second image further includes a distinctive pixel. The set of artificial pixels further includes a distinctive artificial pixel associated with the first and second correspondence information with the distinctive pixel in the second image. The second parameter additionally at least partially indicates a visual difference between the distinctive pixel in the second image and the distinctive artificial pixel.

[54] In some embodiments, the server is further configured to transmit instructions to the electronic device to display the first and second image to the user.

[55] In the context of the present description, unless specifically indicated otherwise, “server” means a computer program running on the appropriate equipment that is able to receive requests (for example, from client devices) over the network and execute these requests or initiate the execution of these requests . The equipment may be one physical computer or one physical computer system, but neither one nor the other is mandatory for this technical solution. In the context of this technical solution, the use of the expression “server” does not mean that each task (for example, received commands or requests) or any specific task will be received, completed or initiated to be executed by the same server (that is, by the same software and / or hardware); this means that any number of software elements or hardware devices can be involved in receiving / transmitting, executing or initiating the execution of any request or the consequences of any request associated with the client device, and all this software and hardware can be one server or several servers , both options are included in the expression “at least one server”.

[56] In the context of the present description, unless specifically indicated otherwise, "client device" means a hardware device capable of working with software suitable for solving the corresponding problem. Examples of client devices, among others, are personal computers (desktop computers, laptops, etc.), smartphones and tablets. It should be borne in mind that a device behaving as a client device in the present context may behave like a server in relation to other client devices. The use of the expression “client device” does not exclude the possibility of using multiple client devices to receive / send, execute, or initiate the execution of any task or request, or the consequences of any task or request, or the steps of any of the above methods.

[57] In the context of the present description, unless specifically indicated otherwise, the term "database" means any structured data set that is independent of the specific structure, database management software, hardware of the computer on which the data is stored, are used or otherwise are available for use. The database may reside on the same hardware that runs the process that stores or uses the information stored in the database, or it may reside on separate hardware, such as a dedicated server or multiple servers.

[58] In the context of the present description, unless specifically indicated otherwise, the term "component" means software (corresponding to a particular hardware context) that is necessary and sufficient to perform the specific specified (s) function (s).

[59] In the context of the present description, unless specifically indicated otherwise, the term "computer-based computer storage medium" means a medium of absolutely any type and nature, including RAM, ROM, disks (CDs, DVDs, floppy disks, hard drives etc.), USB flash drives, solid state drives, tape drives, etc.

[60] In the context of the present description, unless specifically indicated otherwise, the term "interactive" means that something (or at least part of it) can respond to user input.

[61] In the context of the present description, unless clearly indicated otherwise, the "indication" of an information element may be the information element or pointer itself, a reference, a link, or another indirect method allowing the recipient of the instruction to find a network, memory, database or other computer-readable medium from which the information item can be extracted. For example, a file reference can include the file itself (i.e. its contents), or it can be a unique file descriptor that identifies the file with respect to a specific file system, or by some other means send the destination a network folder , a memory address, a table in the database, or another place where you can access the file. As will be understood by those skilled in the art, the degree of accuracy necessary for such an indication depends on the degree of primary understanding of how the information exchanged between the receiver and sender of the pointer. For example, if before establishing a connection between the sender and the recipient, it is clear that the sign of the information element takes the form of a database key for recording in a specific table a pre-installed database containing the information element, then transferring the database key is all that is necessary for the efficient transmission of information element to the recipient, despite the fact that the information element itself was not transmitted between the sender and the recipient of the instruction. Each embodiment of the present technical solution pursues at least one of the above objectives and / or objects, but the presence of all is not required. It should be borne in mind that some objects of this technical solution, obtained as a result of attempts to achieve the aforementioned goal, may not satisfy this goal and / or may satisfy other goals not specifically indicated here.

[62] Additional and / or alternative characteristics, aspects and advantages of embodiments of the present technical solution will become apparent from the following description, the accompanying drawings and the attached claims.

BRIEF DESCRIPTION OF THE DRAWINGS

[63] For a better understanding of this technical solution, as well as its other aspects and characteristics, reference is made to the following description, which should be used in combination with the accompanying drawings, where:

[64] In FIG. 1 schematically shows a system made in accordance with a non-limiting embodiment of the present technical solution;

[65] In FIG. 2 schematically illustrates subsets of visually related images that are divided into groups by a server in accordance with an embodiment of the present technical solution;

[66] In FIG. 3 schematically shows how the first correspondence information between two visually similar images is determined by the server, and then stored in the storage in accordance with one embodiment of the technical solution;

[67] In FIG. 4 schematically illustrates the creation of a reference image in accordance with an embodiment of the present technical solution;

[68] In FIG. 5 schematically illustrates the creation of another reference image in accordance with another embodiment of the present technical solution;

[69] In FIG. 6 schematically illustrates the creation of another reference image in accordance with an alternative embodiment of the present technical solution;

[70] In FIG. 7 schematically illustrates the creation of a reference image in accordance with some embodiment of the present technical solution;

[71] In FIG. 8 schematically illustrates the creation of a reference image in accordance with a further embodiment of the present technical solution;

[72] In FIG. 9 shows the calculation of the first and second set of delta pixels for the first and second parameters, in accordance with some embodiment of the present technical solution;

[73] In FIG. 10 shows the calculation of the first and second set of delta pixels for the first and second parameters, in accordance with another embodiment of the present technical solution;

[74] In FIG. 11 shows the calculation of the first and second set of delta pixels for the first and second parameters, in accordance with an alternative embodiment of the present technical solution;

[75] In FIG. 12 shows the calculation of the first and second set of delta pixels for the first and second parameters, in accordance with an embodiment of the present technical solution;

[76] In FIG. 13 shows the calculation of the first and second set of delta pixels for the first and second parameters, in accordance with a further embodiment of the present technical solution;

[77] In FIG. 14 is a flowchart of a method for processing and storing visually related images in accordance with embodiments of the present technical solution; and

[78] In FIG. 15 is a flowchart of a method for creating first images in accordance with embodiments of the present technical solution.

IMPLEMENTATION

[79] Figure 1 schematically depicts a system 100 that is connected through a data network 110. It is important to keep in mind that the following description of system 100 is a description of illustrative embodiments of the present technical solution. Thus, the following description should be considered only as a description of an illustrative embodiment of the present technical solution. This description is not intended to determine the scope or boundaries of this technical solution. Some useful examples of modifications to the system 100 may also be covered by the following description. The purpose of this is also solely assistance in understanding, and not determining the scope and boundaries of this technical solution. These modifications are not an exhaustive list, and it will be understood by those skilled in the art that other modifications are possible. In addition, those cases in which examples of modifications were not presented should not be interpreted as the fact that no modifications are possible, and / or that what has been described is the only embodiment of this element of the present technical solution. As will be clear to a person skilled in the art, this is most likely not the case. In addition, it should be borne in mind that the network system 100 is in some specific manifestations a fairly simple embodiment of the present technical solution, and in such cases is presented here in order to facilitate understanding. As will be clear to a person skilled in the art, many embodiments of the present technical solution will have much greater complexity.

[80] The implementation of the data line (not shown) is not particularly limited and will depend on which devices are connected to the data network 110. By way of non-limiting example, the connection of the server 112 to the data network 110 can be accomplished using a wired connection (for example, an Ethernet-based connection). At the same time, other devices can be connected in a different way. In those examples where the electronic device 104 is a wireless communication device (e.g., a smartphone), the connection is a wireless data network (e.g., among others, a 3G data line, a 4G data line, Wireless Fidelity, or WiFi® for short) , Bluetooth®, etc.). In those examples where the electronic device 104 is a desktop computer, the data line can be either wireless or wired (Ethernet-based connection).

[81] The system 100 may include a server 112. The server 112 may be a conventional computer server. In an example embodiment of the present technical solution, the server 112 may be a Dell ™ PowerEdge ™ server that uses the Microsoft ™ Windows Server ™ operating system. Needless to say, the server 112 may be any other suitable hardware and / or application software and / or system software, or a combination thereof. In the presented embodiment of the present technical solution, not limiting its scope, server 112 is a single server. In other embodiments of the present technical solution, not limiting its scope, the functionality of the server 112 can be divided, and can be performed using multiple servers. In some embodiments of the present technical solution, the server 112 may be a search engine (not shown) and may also be managed by a search engine provider, such as Yandex ™.

[82] The server 112 includes a storage medium 114 that can be used by the server 112. In general, the storage medium 114 can be implemented as a storage medium of any nature and type, including RAM, ROM, disks (CDs, DVDs, floppy disks, hard drives, etc.), USB flash drives, solid state drives, tape drives, etc., as well as their combination.

[83] Embodiments of the server 112 are well known in the art. Thus, it is sufficient to note that the server 112 includes, inter alia, a network communication interface (for example, a modem, network card, and the like) for two-way communication over a data network 110; and a processor (not shown) connected to a network communication interface that is configured to perform various procedures, including those described below. To this end, the processor may store or access machine-readable instructions stored on the information medium 114, the execution of which initiates the processor to perform the various procedures described herein. The storage medium 114 of the server 112 is configured to store data, including computer-readable instructions and databases.

[84] In some embodiments of the technical solution, the storage 114 is configured to store various data, for example, graphic data. In some embodiments of the technical solution, the graphic data may include image files corresponding to a plurality of images. Each image file can be associated with one of many file formats, for example, JPEG, Exif, TIFF, GIF, BMP, PNG, HDR and so on. In other words, the image data may include image files corresponding to a plurality of images that are in compressed, uncompressed, or vector format. In further embodiments of the technical solution, the graphic data may include frames of video. In another embodiment of the technical solution, the storage 114 may store additional data to perform at least some functions of the server 112, which is described here.

[85] The system 100 further includes an electronic device 104. The electronic device 104 is typically associated with a user 102. It should be noted that the fact that the electronic device 104 is associated with a user 102 does not imply any particular mode of operation, nor does the need to log in, be registered, or something like that. The electronic device 104 includes an information storage (not shown). In general, a storage medium can be implemented as a storage medium of any nature and type, including RAM, ROM, disks (CDs, DVDs, diskettes, hard disks, etc.), USB flash drives, solid state drives, drives for magnetic tape, etc., as well as their combination. A storage medium may store user files and program instructions. In some embodiments of the present technical solution, the information store may store graphic data corresponding to the first set of images 202 shown in FIG. 2 that are saved in it.

[86] The options for electronic device 104 are not particularly limited, but personal computers (desktop computers, laptops, netbooks, etc.), wireless communication devices (mobile phones, smartphones, tablets, etc.) can be used as an example of electronic device 104. .). In FIG. 1, the electronic device 104 is designed as a laptop, such as an Apple ™ MacBook Pro ™.

[87] Furthermore, system 100 may include open sources 130 of information associated with server 112 via data network 110. In some embodiments of the technical solution, open sources 130 of information may include Internet resources that provide services through which end users can clearly share various images. For example, open sources 130 of information may additionally include image sharing services such as Flickr ™, Instagram ™ Yandex.Photographs ™ and the like, which are common sources of graphic data. In another embodiment, open sources 130 of information may include graphic data corresponding to a second set of images 204 shown in FIG. 2.

[88] In some embodiments of the present technical solution, as shown in FIG. 1, a data packet 108 may be received by the server 112 through a data transmission network 110 from an electronic device 104. The data packet 108 may include graphic data corresponding to a first image set 202. In other embodiments of the present technical solution, the data packet 108 may include graphic data corresponding to at least images from the first image set 202. In other embodiments of the technical solution, the data packet 108 may be the first plurality of data packets received by the server 112 from the electronic device 104. For example, each data packet in the first plurality of data packets may include graphic data corresponding to a corresponding image in the first set 202 images.

[89] In some embodiments of the present technical solution, a data packet 107 may be received by the server 112 through a data network 110 from open information sources 130. The data packet 107 may include graphic data corresponding to the second image set 204. In other embodiments of the present technical solution, the data packet 108 may include graphic data corresponding to at least images from the second image set 204. In other embodiments of the technical solution, the data packet 108 may be a second plurality of data packets received by the server 112 from open information sources 130. For example, each data packet in a second plurality of data packets may include graphic data corresponding to a corresponding image in the second image set 204. In another example, each data packet in a second plurality of data packets may be transmitted from a corresponding open source among open information sources 130.

[90] In alternative embodiments of the technical solution, only the data packet 107 among the data packets 107 and 108 can be received by the server 112. In further embodiments of the technical solution, only the data packet 108 among the data packets 107 and 108 can be received by the server 112. B in other embodiments of the technical solution, the server 112 may receive graphic data from an additional source of graphic information (not shown). In other words, graphic data may be received by server 112 from a variety of sources, not limited to those shown in FIG. 1. Therefore, it is important to note that the graphic data sources mentioned above should not be considered as exhaustive graphic data sources from which the server 112 can receive graphic data, and that other graphic information sources are also included in other embodiments of the present technical solution.

[91] In some embodiments of the present technical solution, after receiving the data packet 107 and / or data packet 108, the server 112 may be configured to divide the images corresponding to the first set 202 and / or the second set of images 204 into a first subset 205 of images and a second subset 208 of images, as shown in FIG. 2. More specifically, server 112 may be configured to group graphic data corresponding to a first set 202 and / or a second set of images 204 into a first subset 206 of images and a second subset of 208 images, with each subset of images including visually related Images. In other words, each subset of images may include images that have been identified as similar, similar, identical, almost identical, or visually “similar”.

[92] The division of images into a first subset 206 of images and a second subset of 208 images can be performed by the server 112 using various computer vision technologies. Various computer vision technologies known in the art are commonly used to group visually related images into groups. For example, various computer vision technologies can use the scale-invariant property transformation (SIFT) to identify points of interest in different images and to determine the scaled and rotated frames near the point of interest. The properties of each frame can represent the presence of edges at different scales and orientations. This means that computer vision technology can determine that two images are visually connected, even if two spatial images are inverted, rotated and / or scaled. In another example, computer vision technologies can calculate geometric distortions or shock lines to determine if two images are visually connected, as one of ordinary skill in the art will understand. Therefore, the server 112 can split the graphic data corresponding to the first set 202 and / or the second set 204 of images into a first subset of 206 images and a second subset of 208 images using various computer vision technologies. It should be noted that various computer vision technologies mentioned above for separating graphic data corresponding to the first set 202 and / or the second set of images 204 into the first subset 206 of the images and the second subset of 208 images were presented for illustrative purposes only. Other methods of dividing the graphic data corresponding to the first set 202 and / or the second set 204 of images into the first subset 206 of the images and the second subset of 208 images can also be used in alternative embodiments of the present technical solution.

[93] With reference to FIG. 2, in some embodiments of the technical solution, server 112 may determine that images 214 and 216 are visually connected to each other. Similarly, server 112 may determine that images 218, 220, and 222 are visually connected to each other. It should be noted that images 210 and 212 were not divided into groups, since server 112 can determine that images 210 and 212 are not visually associated with any other image received by server 112.

[94] In alternative embodiments of the technical solution, any of the subsets 206 and 208 of the images may include images of various resolutions. For example, the image 222 of the second subset 208 of images has a resolution different from the image 220 of the second subset 208 of images.

[95] Server 112 may further determine a first image in each of the first subset 206 and the second subset 208 of images for each of the first subset 206 and the second subset 208 of images, respectively. As will be further explained, the identification of the first image may allow the server 112 to determine the positional relationship between at least some visually related images. The identification of the first image may be performed by the server 112 using various technologies. For example, the identification of the first image may be performed using random selection or direct search algorithm, as is known in the art. It is needless to mention that other methods for identifying the first image in each of the first subset 206 and the second subset 208 of images for each of the first subset 206 and the second subset of 208 images, respectively, can be used in other embodiments of the present technical solution.

[96] In some embodiments of the present technical solution, server 112 may determine first correspondence information between the first image and the second image. In FIG. 3 shows a first image 300 and a second image 350, which are determined by the server 112 to be related to each other. The first image 300 may include a population of 302 pixels of the first image 300 and the second image 350 may include a population of 352 pixels of the second image 350. The server 112 may identify the set of first pixels in the first image 300 among the population of 302 pixels of the first image 300, and the set of second pixels in the second image 350 among a population of 352 pixels of the second image, wherein each first pixel in the set of first pixels is visually associated with a corresponding second pixel in the set of second pixels Xela. Server 112 can identify the first set of pixels and the second set of pixels using various computer vision technologies that were mentioned previously. Additionally, server 112 may select at least two first pixels 304 in a first image 300 to determine first correspondence information. Server 112 can identify the coordinates (ie, [x1, y1] and [x2, y2]) of at least the first two pixels 304, with the first image 300 and the coordinates (ie [x3, y3] and [x4 , y4]) of the corresponding visually connected second pixels 354 in the second image 350. Based on the coordinates (ie, [x1, y1] and [x2, y2]), at least two first pixels 304 in the first image 300 and coordinates (t ie [x3, y3] and [x4, y4]) of the corresponding visually connected second pixels 354 in the second image 350, the server 112 can calculate the first set of movement factors that point to the first correspondence information between the first image 300 and the second image 350.

[97] For example, the first correspondence information between the first image 300 and the second image 350 can be calculated by the server 112 and presented in the form of a matrix:

where Kx and Ky are displacement factors for scaling (i.e., the first scaling displacement factor in the x direction and the second scaling displacement factor in the y direction), Dx and Dy are displacement factors for the displacement (i.e., the first displacement displacement factor in the direction x and the second shear displacement factor in the y direction). This means that the matrix M 1 includes a first set of movement factors Kx , Ky , Dx and Dy that indicate the first correspondence information between the first image 300 and the second image 350. In other words, the first ratio information allows north 12 to determine positional relationships between the first pixels in the first image 300 and the corresponding visually related second pixels in the second image 350.

[98] In some embodiments of the present technical solution, the first correspondence information may further include movement factors for rotation, for example, if the second image 350 is rotated relative to the first image 300. This means that the dimensionality of the ratio information may differ from dimension matrix M1 (1) in some embodiments of the technical solution.

[99] In other embodiments of the present technical solution, the server 112 may create a reference image. How the server 112 creates the reference image will be described in more detail below.

SCENARIO 1: Reference Image Including Artificial Pixels

[100] In FIG. 4, a first image 400 is provided, including a collection of 402 pixels of a first image 400, and a second image 450, including a collection of 452 pixels of a second image 450. It is assumed that the server 112 determines that the first image 400 and the second image 450 are visually connected. The server can identify that each pixel in the population of 402 pixels of the first image 400 is visually associated with a corresponding pixel in the population of 452 pixels of the image 450. In this case, the set of first pixels may be a population of 402 pixels of the first image 400, and each first pixel in the set of first pixels can be visually associated with the corresponding second pixels in the set of second pixels among the collection of 452 pixels of the second image 450. As mentioned above, server 112 can determine rvuyu information about correspondence between the first image 400 and second image 450, which are shown in FIG. 4 as M1, based on the positions of at least two first pixels 404 and 406 in the first image 400 and the positions of the corresponding visually connected second pixels 454 and 456 in the second image 450.

[101] In some embodiments of the present technical solution, server 112 may create a reference image 480. Creating a reference image 480 may include an estimate of the resolution of the first image 400. For example, in this case, the server 112 may estimate the resolution of the first image 400 as 7 by 7 pixels. Server 112 may select a resolution of the reference image 480.

[102] In some embodiments of the present technical solution, the server 112 may select the resolution of the reference image 480 as equal to the resolution of the first image 400 or the resolution of the second image 450. In other embodiments of the present technical solution, the server 112 may select the resolution of the reference image 480 as equal to any permission predetermined by the assessor person. The human accessor can pre-determine the specific resolution that will be selected by the server 112 to create a reference image 480 depending on various storage requirements. As will be understood by a person skilled in the art, some images that have higher resolutions require larger storage volumes than other images that have lower resolutions. It should be noted that the server 112 selects the resolution of the reference image 480 as equal to the resolution of the first image 400, which, in this scenario, is presented for simplification.

[103] In other embodiments of the present technical solution, the server 112 may calculate a second set of movement factors that indicate the second correspondence information between the first match 400 and the reference image 480. For example, server 112 may calculate the second set of movement factors based on the resolution of the reference image 480 and the resolution of the first image 400. In other words, the second correspondence information between the first image and the reference image 480 depends on the resolution of the reference image the path selected by server 112. Second compliance information is presented in FIG. 4 as M2.

[104] In additional embodiments of the technical solution, the server 112 may calculate a reference image 480, which includes a set of 482 artificial pixels. To this end, server 112 can calculate each artificial pixel in the set of artificial pixels 482 based on the corresponding first pixel in the first pixel set associated with the corresponding artificial pixel in the artificial pixel set 482 and the corresponding second pixel in the second pixel set associated with the corresponding artificial pixel in a set of 482 artificial pixels.

[105] For example, server 112 may calculate each artificial pixel 484 based on the corresponding first pixel 404 in the first pixel set associated with the corresponding artificial pixel 484 in the artificial pixel set 482 and based on the second pixel 454 in the second pixel set associated with the artificial pixel 484 in a set of 482 artificial pixels. It is assumed that the server 112 creates an artificial pixel 484. The server 112 can identify the position of the artificial pixel 484 as [1, 1]. Thanks to the second correspondence information, the server 112 can determine the position of the first pixel 404 associated with the artificial pixel 484 as [1, 1]. Due to the first and second correspondence information, the server 112 can determine the position of the second pixel 454 associated with the artificial pixel 484 as [1, 1].

[106] As another example, server 112 may calculate each artificial pixel 486 based on the corresponding first pixel 406 in the first pixel set associated with the corresponding artificial pixel 486 in the artificial pixel set 482 and based on the second pixel 456 in the second pixel set, associated with the artificial pixel 486 in the set 482 of artificial pixels. It is assumed that the server 112 creates an artificial pixel 486. The server 112 can identify the position of the artificial pixel 486 as [6, 6]. Thanks to the second correspondence information, the server 112 can determine the position of the first pixel 406 associated with the artificial pixel 484 as [6, 6]. Due to the first and second correspondence information, the server 112 can determine the position of the second pixel 456 associated with the artificial pixel 484 as [6, 6].

[107] Therefore, the server 112 may associate the first pixel 404 with the artificial pixel 484 using the second correspondence information and may associate the second pixel 454 with the artificial pixel 484 using the first and second correspondence information. Similarly, the server 112 may associate the first pixel 406 with the artificial pixel 486 using the second correspondence information and may associate the second pixel 456 with the artificial pixel 486 with the first and second correspondence information.

[108] In other words, the second correspondence information allows the server 112 to determine the positional relationship between the first pixel 404 and the artificial pixel 484. The first correspondence information allows the server 112 to determine the positional relationship between the first pixel 404 and the second pixel 454. This means that the server 112 may determine the positional relationship between the second pixel 454 and the artificial pixel 484 using the first correspondence information and the second correspondence information. Similarly, the second correspondence information allows the positional relationship between the first pixel 406 and the artificial pixel 486. The first correspondence information allows the server 112 to determine the positional relationship between the first pixel 406 and the second pixel 456. This means that the server 112 can determine the positional relationship between the second a pixel 456 and an artificial pixel 486 using the first compliance information and the second compliance information.

[109] In general, any pixel may correspond to a set of color parameters [R, G, B]. As will be understood by a person skilled in the art, the first color parameter is responsible for red, the second color parameter is responsible for green, and the third color parameter is responsible for blue.

[110] In some embodiments of the present technical solution, computing the artificial pixel 484 in the set of artificial pixels 482 may further include averaging the first pixel 404 associated with the artificial pixel 484 and the second pixel 454 associated with the artificial pixel 484. In addition, computing the artificial pixel 486 in the set of artificial pixels 482 may further include averaging the first pixel 406 associated with the artificial pixel 486 and the second pixel 456 associated with art a solid pixel 486. For example, if the first pixel 404 corresponds to a set of color parameters [R1, G1, B1] and the second pixel 454 corresponds to a set of color parameters [R2, G2, B2], averaging the first pixel 404 and the second pixel 454 will create an artificial a pixel 484 corresponding to a set of color parameters [(R1 + R2) / 2, (G1 + G2) / 2, (B1 + B2) / 2]. Similarly, if the first pixel 406 corresponds to a set of color parameters [R3, G3, B3], and the second pixel 456 corresponds to a set of color parameters [R4, G4, B4], averaging the first pixel 406 and second pixel 456 will create an artificial pixel 486 corresponding to a set of color parameters [(R3 + R4) / 2, (G3 + G4) / 2, (B3 + B4) / 2].

[111] It should be noted that other methods of averaging the first pixel 404 and the second pixel 454 and / or the first pixel 406 and the second pixel 456 can be used in other embodiments of the present technical solution.

[112] In some embodiments of the present technical solution, server 112 may calculate a first parameter and a second parameter. The first parameter may at least partially indicate a visual difference between the first pixels and the corresponding artificial pixels. The second parameter may at least partially indicate a visual difference between the second pixels and the corresponding artificial pixels.

[113] For example, with reference to FIG. 9, the first parameter may include, inter alia, a set of 900 first delta pixels, and the second parameter may include, inter alia, a set of 950 second delta pixels. The first delta pixels in the set 900 of the first delta pixels may at least partially indicate a visual difference between the first pixels and the corresponding artificial pixels. The second delta pixels in the set 950 of the second delta pixels may at least partially indicate a visual difference between the second pixels and the corresponding artificial pixels.

[114] For example, the first delta pixel 904 in the set 900 of the first delta pixels, which indicates a visual difference between the first pixel 404 and the artificial pixel 484, may correspond to a set of color parameters [R1- (R1 + R2) / 2, G1- (G1 + G2) / 2, B1- (B1 + B2) / 2]. For example, the first delta pixel 904 in the first 900 delta pixel set 900, which indicates a visual difference between the first pixel 404 and the artificial pixel 484, may correspond to the difference between the color parameter set of the first pixel 404 and the color parameter set of the artificial pixel 484.

[115] In another example, the second delta pixel 954 in the set 950 of the second delta pixels, which indicates a visual difference between the second pixel 454 and the artificial pixel 484, may correspond to the set of color parameters [R2- (R1 + R2) / 2, G2 - (G1 + G2) / 2, B2- (B1 + B2) / 2]. For example, the second delta pixel 954 in the second delta pixel set 950, which indicates a visual difference between the second pixel 454 and the artificial pixel 484, may correspond to the difference between the color set of the second pixel 454 and the color set of the artificial pixel 484.

[116] In further embodiments of the technical solution, the first parameter may include an indication of the resolution of the first image 400 and the second parameter may include an indication of the resolution of the second image 450. Also, the first parameter may include second correspondence information, and the second parameter further includes first and second compliance information. It should be noted that the second parameter may include combined compliance information, which is a combination of the first compliance information and the second compliance information. As mentioned earlier, the second correspondence information allows the server 112 to determine the positional relationship between the first pixel 404 and the artificial pixel 484, and the second correspondence information allows the positional relations between the first pixel 404 and the second pixel 454 to be determined. Therefore, the combined correspondence information may allow server 112 to determine the positional relationship between any second pixel and the corresponding artificial pixel 454.

[117] In another embodiment of the technical solution, the server 112 may be configured to store in the storage 114 a reference image 480, a first parameter and a second parameter. In alternative embodiments of the technical solution, the server 112 may be further configured to store the first compliance information and the second compliance information in the storage 114.

[118] In additional embodiments of the technical solution, the server 112 may create a first image 400 based on the first parameter, the second correspondence information and the reference image 480. To this end, the server 112 may receive the second compliance information, the reference image from the storage 114 480 and the first parameter. Server 112 can create each first pixel of the first image 400 by adding a set of color parameters corresponding to the corresponding associated artificial pixel in the reference image 480 in the set of color parameters corresponding to the first delta pixel in the set of 900 first delta pixels.

[119] For example, server 112 may determine the position of the artificial pixel 484 in the reference image 480. Using the second correspondence information, server 112 may determine the position of the corresponding first delta pixel 904. Server 112 may add a set of color parameters of the artificial pixel 484 to a set of color parameters a first delta pixel 904 for determining a set of color parameters of the first pixel 404. Using the second correspondence information, the server 112 can determine the position of the first pixel 404 in the first image 400 d I create the first pixel 404 at position 404 of the first pixel in the first image 400.

[120] In further embodiments of the technical solution, server 112 may create a second image 450 based on a second parameter, first and second correspondence information and a reference image 480. To this end, server 112 may receive first and second information from storage 114 Accordingly, the reference image is 480 and the second parameter. Server 112 can create every second pixel of the second image 450 by adding a set of color parameters corresponding to the corresponding associated artificial pixel in the reference image 480 in the set of color parameters corresponding to the second delta pixel in the set of 950 second delta pixels.

[121] For example, server 112 may determine the position of the artificial pixel 484 in the reference image 480. Using the first and second correspondence information, server 112 may determine the position of the corresponding second delta pixel 954. Server 112 may add a set of color parameters of the artificial pixel 484 to the set the color parameters of the second delta pixel 954 to determine the set of color parameters of the second pixel 454. Using the first and second correspondence information, the server 112 can determine the position of the second pixel 454 on the second image 450 to create a second pixel 454 at the position of the second pixel 454 on the second image 450.

SCENARIO 2: The reference image includes artificial pixels and the first original pixels

[122] In FIG. 5 shows a first image 500 including a population of 506 pixels of a first image 500 and a second image 550 including a population of 552 pixels of a second image 550. It is assumed that the server 112 determines that the first image 500 and the second image 550 are visually connected. The server 112 could identify a set of 502 first pixels among the population of 506 pixels of the first image 500, with each first pixel being visually associated with a corresponding pixel from the population of 552 pixels of the second image 550. In this case, the population of 552 pixels of the second image 500 may be a set of second pixels if each pixel from a population of 552 pixels of the second image 550 is visually associated with a corresponding first pixel in the set of first pixels 502.

[123] In some embodiments of the present technical solution, the server 112 may identify a set of 504 third pixels among the population of 506 pixels of the first image 500. Every third pixel in the collection of 504 third pixels may not be visually associated with any pixel in the population of 552 pixels of the second images 550. As mentioned previously, server 112 may determine first correspondence information between the first image 500 and the second image 550, as shown in FIG. 5 as M1.

[124] In further embodiments of the present technical solution, server 112 may create a reference image 580. Creating a reference image 580 may include an estimate of the resolution of the first image 500. For example, server 112 may estimate the resolution of the first image 500 as 8 by 7 pixels. In this case, the server 112 may select the resolution of the reference image 580 as equal to the resolution of the first image 500. It should be noted that in this scenario, the server 112 selects the resolution of the reference image 580 as equal to the resolution of the first image 500, which is presented only to simplify the description.

[125] In other embodiments of the present technical solution, the server 112 may calculate a second set of movement factors that indicate the second correspondence information between the first correspondence 500 and the reference image 580. The second correspondence information is presented in FIG. 5 as M2.

[126] Server 112 may calculate each artificial pixel in the set of artificial pixels 582 based on the corresponding first pixel in the set 502 of the first pixels associated with the corresponding artificial pixel in the set 582 of artificial pixels and the corresponding second pixel in the set of second pixels associated with the corresponding artificial pixels in a set of 582 artificial pixels. For example, server 112 may calculate each artificial pixel 588 based on the corresponding first pixel 508 in the first pixel set 502 associated with the corresponding artificial pixel 588 in the artificial pixel set 582 and based on the second pixel 558 in the second pixel set associated with the artificial pixel 588 in a set of 582 artificial pixels.

[127] In alternative embodiments of the technical solution, the server 112 may calculate a reference image 580, which includes a set of 584 first original pixels. The server 112 may calculate by the server each first original pixel in the set 584 of the first original pixels based on the corresponding third pixel in the set 504 of the third pixels associated with the corresponding first original pixel. For example, server 112 may calculate, by the server, each first original pixel in the set 584 of the first original pixels based on the corresponding third pixel in the third pixel set 504 associated with the corresponding first original pixel 589. Server 112 may associate the third pixel 509 with the first original pixel 589 with using the second compliance information.

[128] For example, server 112 may calculate the first original pixel 589 based on the third pixel 590 associated with the first original pixel 589. It is assumed that server 112 creates the first original pixel 589. Server 112 may identify the position of the first original pixel 589 as [6, 8]. Thanks to the second correspondence information, the server 112 can determine the position of the third pixel 509, which is associated with the first original pixel 589 as [6, 8]. Due to the first and second correspondence information, the server 112 can determine the position of a particular second pixel with which the server 112 may try to associate the first original pixel 589 as [6, 8]. However, as shown in FIG. 5, the specific second pixel does not exist, since the positions of the specific second pixel [6, 8] do not exist in the second image 550. As a result, the server 112 can determine that the specific second pixel does not exist and that none of the pixels in the set of 552 pixels of the second images 550 should not be associated, in this case, with the first original pixel 589. Therefore, none of the pixels in the population 552 pixels of the second image can be associated with the first original pixel 589.

[129] The second correspondence information may allow the server 112 to determine the positional relationship between the first pixel 508 and the artificial pixel 588, and between the third pixel 509 and the first original pixel 589. For example, during the calculation of the first original pixel 589, the server 112 may use the second information about correspondence for determining the positional relations of the third pixel 509 in the set 504 of the third pixels with the first original pixel 589. Additionally, during the calculation of the first original pixel 589, the server 112 may also use the second correspondence information and the first correspondence information to determine the positional relations of the particular second pixel in the second image 550 with the first original pixel 589. However, as mentioned earlier, the positional relations between the specific second pixel and the first original pixel 589 cannot be determined , since a particular second pixel does not exist in the second image 550.

[130] In some embodiments of the present technical solution, server 112 may calculate a first parameter and a second parameter. In this case, the first parameter may at least partially indicate a visual difference between the first pixels and the corresponding artificial pixels, and further at least partially indicate a visual difference between the third pixels and the corresponding first original pixels. The second parameter may at least partially indicate a visual difference between the second pixels and the corresponding artificial pixels.

[131] In this case, with reference to FIG. 10, the first delta pixel 1008 in the set 1000 of the first delta pixels may indicate a visual difference between the first pixel 508 and the artificial pixel 588. In other words, the first delta pixel 1008 in the set 1000 of the first delta pixels may correspond to the difference between the set of color parameters corresponding to the first pixel 508 and a set of color parameters corresponding to the artificial pixel 588.

[132] Also, the second delta pixel 1058 in the second delta pixel set 1050 may indicate a visual difference between the second pixel 558 and the artificial pixel 588. In other words, the second delta pixel 1058 in the second delta pixel set 1050 may correspond to the difference between a set of color parameters of the second pixel 558, and a set of color parameters of the artificial pixel 588.

[133] Assume that the set of color parameters corresponding to the first pixel 508 is [R5, G5, B5], and the set of color parameters corresponding to the second pixel 558 is [R6, G6, B6], In some embodiments, implementation of the present of a technical solution, the set of color parameters corresponding to the artificial pixel 588 may be [(R5 + R6) / 2, (G5 + G6) / 2, (B5 + B6) / 2]. Therefore, the set of color parameters corresponding to the first delta pixel 1008 may be [R5- (R5 + R6) / 2, G5- (G5 + G6) / 2, B5- (B5 + B6) / 2]. Additionally, the set of color parameters corresponding to the second delta pixel 1058 may be [R6- (R5 + R6) / 2, G6- (G5 + G6) / 2, B6- (B5 + B6) / 2].

[134] In another example, the first delta pixel 1009 in the set 1000 of the first delta pixels may indicate a visual difference between the third pixel 509 and the first original pixel 589. In other words, the first delta pixel 1009 may correspond to the difference between the set of color parameters, corresponding to the third pixel 509, and a set of color parameters corresponding to the first original pixel 589.

[135] It is assumed that the color parameter set of the third pixel 509 is [R7, G7, B7]. In some embodiments of the present technical solution, the set of color parameters of the third pixel 589 is [R7, G7, B7]. Therefore, the color parameter set of the first delta pixel 1009 may be [0, 0, 0], since the third pixel 509 and the first original pixel 589 are identical.

[136] In some embodiments of the present technical solution, the server 112 may be configured to store in a storage 114 a reference image 580, a first parameter and a second parameter. In alternative embodiments of the technical solution, the server 112 may be further configured to store the first compliance information and the second compliance information in the storage 114.

[137] In further embodiments of the technical solution, the server 112 may create a first image 500 based on the first parameter, the second correspondence information and the reference image 580. To this end, the server 112 may receive the second correspondence information from the storage 114, the reference image 580 and the first parameter. Server 112 may create each first pixel of the first image 500 by adding a set of color parameters of the corresponding associated artificial pixel in the reference image 580 in the set of color parameters of the corresponding first delta pixel in the set of 1000 first delta pixels. Server 112 may additionally create every third pixel of the first image 500 by adding a set of color parameters of the corresponding associated artificial pixel in the reference image 580 in the set of color parameters of the corresponding first delta pixel in the set of 1000 first delta pixels.

[138] For example, the server 112 may determine the position of the first original pixel 589 in the reference image 580. Using the second correspondence information, the server 112 may determine the position of the corresponding first delta pixel 1009. Server 112 may add a set of color parameters of the artificial pixel 589 to the set of color the first delta pixel 1009 to determine a set of color parameters corresponding to the third pixel 509. Using the second correspondence information, the server 112 can determine the position of the third pixel 5 09 on the first image 500 to create a third pixel 509 at the position of the third pixel 509 on the first image 500.

SCENARIO 3: The reference image includes artificial pixels and the first original pixels

[139] In FIG. 6 shows a first image 600 including a plurality of pixels 602 of a first image 600, and a second image 650 including a plurality of 656 pixels of a second image 650. It is assumed that the server 112 determines that the first image 600 and the second image 650 are visually connected. Server 112 could identify a set of 652 second pixels among the population of 656 pixels of the second image 650, with each second pixel visually associated with a corresponding first pixel among the population of 602 pixels of the first image 600. In this case, the population of 602 pixels of the first image 500 may be a set of first pixels, if each pixel in the set of 602 pixels of the first image 600 is visually associated with a corresponding second pixel in the set of 652 second pixels.

[140] In some embodiments of the present technical solution, the server 112 can identify a set of 654 fourth pixels among the population of 656 pixels of the second image 650. Every fourth pixel in the set of 654 fourth pixels may not be visually associated with any pixel in the collection of 602 pixels of the first images 600. As mentioned previously, server 112 may determine first correspondence information between the first image 600 and the second image 650, as shown in FIG. 6 as M1.

[141] In further embodiments of the present technical solution, server 112 may create a reference image 680. Creating a reference image 680 may include an estimate of the resolution of the first image 600. For example, server 112 may estimate the resolution of the first image 600 as 7 by 7 pixels. Server 112 may also evaluate the resolution of the second image 650 as 7 by 8 pixels. Server 112 may select the resolution of the reference image 680 as equal to the resolution of the second image 650. It should be noted that in this scenario, the server 112 selects the resolution of the reference image 680 as equal to the resolution of the second image 650, which is presented only to simplify the description.

[142] In other embodiments of the present technical solution, server 112 may calculate a second set of movement factors that indicate second correspondence information between the first correspondence 600 and reference image 680. The second correspondence information is presented in FIG. 6 as M2.

[143] Server 112 may calculate each artificial pixel in the set of artificial pixels 682 based on the corresponding first pixel that is associated with the corresponding artificial pixel in the set 682 of artificial pixels and the corresponding second pixel in the set of 652 second pixels associated with the corresponding artificial pixels in the set 682 artificial pixels. For example, server 112 may calculate each artificial pixel 688 based on the first pixel 608 that is associated with the artificial pixel 688 in the set of artificial pixels 682, and based on the second pixel 658 in the set of second pixels that are associated with the artificial pixel 688 in the set of artificial pixels 682 .

[144] In alternative embodiments of the technical solution, server 112 may calculate a reference image 680, which includes a set of 684 second original pixels. Server 112 may calculate by the server each second original pixel in the set 684 of the second original pixels based on the corresponding fourth pixel in the set of 654 fourth pixels associated with the corresponding second original pixel. For example, server 112 may calculate, by the server, every second original pixel in the set 684 of the second original pixels based on the corresponding fourth pixel 659 in the fourth pixel set 654 associated with the second original pixel 689. Server 112 may associate the fourth pixel 659 with the second original pixel 689 with using the first and second compliance information.

[145] For example, server 112 may calculate the second original pixel 689 based on the fourth pixel 659 in the fourth pixel set 654 associated with the second original pixel 689 in the second pixel set 684. It is assumed that the server 112 creates the second original pixel 689. The server 112 can identify the position of the second original pixel 689 as [4, 1]. Thanks to the first and second correspondence information, the server 112 can determine the position of the fourth pixel 659, which is associated with the second original pixel 689 as [4, 1]. Thanks to the first correspondence information, the server 112 may determine the position of the particular first pixel with which the server 112 may attempt to associate the second original pixel 689 as [4, 0]. However, as shown in FIG. 6, the specific first pixel does not exist, since the positions of the specific first pixel [4, 0] do not exist in the first image 600. As a result, the server 112 can determine that the specific first pixel does not exist, and that none of the pixels in the constellation 602 of the first image 600 should not be associated, in this case, with the second original pixel 689. Therefore, none of the pixels in the 602 pixel population of the first image 600 can be associated with the second original pixel 689.

[146] The second and first correspondence information may allow the server 112 to determine the positional relationship between the second pixel 658 and the artificial pixel 688, and between the fourth pixel 659 and the second original pixel 689. For example, during the calculation of the second original pixel 689, the server 112 may use the first and second correspondence information for determining the positional relations of the fourth pixel 659 in the set of fourth fourth pixels 654 with the second original pixel 689. Additionally, during the calculation of the second original pixel Xel 689, the server 112 may use the second correspondence information to determine the positional relationship of the particular first pixel in the first image 600 with the second original pixel 689. However, as mentioned earlier, the positional relationship between the specific first pixel and the second original pixel 689 cannot be determined since a particular first pixel does not exist in the first image 600.

[147] In some embodiments of the present technical solution, server 112 may calculate a first parameter and a second parameter. In this case, the first parameter may at least partially indicate a visual difference between the first pixels and the corresponding artificial pixels. The second parameter may at least partially indicate a visual difference between the second pixels and the corresponding artificial pixels, and further at least partially indicate a visual difference between the fourth pixels and the corresponding second original pixels.

[148] In this case, with reference to FIG. 11, the first delta pixel 1108 in the first delta pixel set 1100 may indicate a visual difference between the first pixel 608 and the artificial pixel 688. In other words, the first delta pixel 1108 in the first delta pixel set 1100 may correspond to the difference between the set of color parameters corresponding to the first pixel 608, and a set of color parameters corresponding to the artificial pixel 688.

[149] Furthermore, the second delta pixel 1158 in the second delta pixel set 1150 may indicate a visual difference between the second pixel 658 and the artificial pixel 688. In other words, the second delta pixel 1158 in the second delta pixel set 1150 may correspond to the difference between the set of color parameters corresponding to the second pixel 658, and the set of color parameters corresponding to the artificial pixel 688.

[150] In another example, the second delta pixel 1159 in the set 1150 of the second delta pixels may indicate a visual difference between the fourth pixel 659 and the second original pixel 689. In other words, the second delta pixel 1159 may correspond to the difference between the set of color parameters, corresponding to the fourth pixel 659, and a set of color parameters corresponding to the second original pixel 689.

[151] It is assumed that the set of color parameters corresponding to the fourth pixel 659 is [R8, G8, B8]. In some embodiments of the present technical solution, the set of color parameters corresponding to the second original pixel 689 may be [R8, G8, B8]. Therefore, the set of color parameters corresponding to the second delta pixel 1159 may be [0, 0, 0], since the fourth pixel 659 and the second original pixel 689 are identical.

[152] In some embodiments of the present technical solution, the server 112 may be configured to store the reference image 680, the first parameter and the second parameter in the storage 114. In alternative embodiments of the technical solution, the server 112 may be further configured to store the first compliance information and the second compliance information in the storage 114.

[153] In further embodiments of the technical solution, server 112 may create a second image 650 based on a second parameter, first and second correspondence information and reference image 680. To this end, server 112 may receive first and second information from storage 114 Accordingly, the reference image 680 and the second parameter. Server 112 can create every second pixel of the second image 650 by adding a set of color parameters corresponding to the corresponding associated artificial pixel in the reference image 680 in the set of color parameters corresponding to the second delta pixel in the set 1150 of the first delta pixels. Server 112 can additionally create every fourth pixel of the second image 650 by adding a set of color parameters corresponding to the corresponding associated second original pixel in the reference image 680 in the set of color parameters corresponding to the second delta pixel in the set of 1150 second delta pixels.

[154] For example, server 112 may determine the position of the second original pixel 689 in the reference image 680. Using the first and second correspondence information, server 112 may determine the position of the corresponding second delta pixel 1159. Server 112 may add a set of color parameters corresponding to the second original pixel 689, to the set of color parameters of the second delta pixel 1159 for determining a set of color parameters corresponding to the fourth pixel 659. Using the first and second correspondence information, server 1 12 may determine the position of the fourth pixel 659 in the second image 650 to create a fourth pixel 659 at the position of the fourth pixel 659 in the second image 650.

SCENARIO 4: The reference image includes artificial pixels and a distinctive artificial pixel

[155] In FIG. 7 shows a first image 700 including a population of 702 pixels of a first image 700, and a second image 750 including a population of 752 pixels of a second image 750. It is assumed that the server 112 determines that the first image 700 and the second image 750 are visually connected. In other words, the server 112 could determine that the second image 750 includes second pixels (not shown) that are visually associated with the corresponding first pixels (not shown) in the first image 700. As mentioned earlier, the server 112 can determine the first information about the correspondence between the first image 700 and the second image 750, as shown in FIG. 7 as M1.

[156] In one embodiment of the technical solution, the population of 702 pixels of the first image 700 may include a distinctive pixel 704. In other embodiments of the technical solution, the population of 702 pixels of the first image 700 may include a set (not shown) of distinctive pixels. As will be described later, the positions of the distinctive pixels among the population of 702 pixels of the first image 700 may correspond to positions in the second image 750 that do not correspond to any pixel in the second image 750.

[157] In some embodiments of the present technical solution, server 112 may create a reference image 780. Creating a reference image 780 may include an estimate of the resolution of the first image 700. For example, server 112 may estimate the resolution of the first image 700 as 10 by 10 pixels. Server 112 may estimate the resolution of the second image 750 as 5 by 5 pixels. Server 112 may select the resolution of the reference image 780. In this case, server 112 may select the resolution of the reference image 780 as equal to the resolution of the first image 700. It should be noted that in this scenario, the server 112 selects the resolution of the reference image 780 as equal to the resolution of the first image 700, which presented for simplicity only.

[158] In other embodiments of the present technical solution, the server 112 may calculate a second set of movement factors that indicate the second correspondence information between the first correspondence 700 and the reference image 780. The second correspondence information is presented in FIG. 7 as M2.

[159] In further embodiments of the technical solution, server 112 may calculate a reference image 780, which includes a set of artificial pixels 782. In this case, the calculation of each artificial pixel in the set of artificial pixels 782 may further include calculating a distinctive artificial pixel 784 based on the distinctive pixel 704 among the population of 702 pixels in the first image 700 associated with the distinctive artificial pixel 784 and the interpolated pixel 754 associated with distinctive artificial pixel 784. In some embodiments of the present technical solution, the calculation of the distinctive artificial pixel 784 may include calculating server 112 of the interpolated pixel based on the blending 754 758 pixels in the aggregate 752 pixels of the second image 750.

[160] For example, server 112 may calculate the distinctive artificial pixel 784 based on the distinctive pixel 704 associated with the artificial pixel 784 in the set of artificial pixels 782 and based on the interpolated pixel 754 associated with the distinctive artificial pixel 784. It is assumed that the server 112 creates distinctive artificial pixel 784. Server 112 may identify the position of the distinctive artificial pixel 784 as [9, 9]. Thanks to the second correspondence information, the server 112 can determine the position of the distinctive pixel 704 associated with the artificial pixel 784 as [9, 9]. Thanks to the first and second correspondence information, the server 112 can determine the position 756 on the second image 750, which corresponds to the distinctive artificial pixel 784 as [4.5, 4.5].

[161] However, none of the pixels among the population of 752 pixels of the second image 750 corresponds to position 756, despite the fact that position 756 exists in the second image 750. In this case, the server 112 may determine a mixture of 758 pixels in the population of 752 pixels of the second image 750 based on the first and second correspondence information. For example, server 112 may determine a 758 pixel blend as the four closest pixels to 756. It should be borne in mind that any other number of nearest pixels to 756 can be defined by server 112 as a 758 pixel blend in further embodiments of the present technical solution. Server 112 may calculate the interpolated pixel 754 by performing the interpolation method on pixels within a blending of 758 pixels. For example, server 112 may perform the closest interpolation, bilinear interpolation, or bicubic interpolation on pixels within a 758 pixel blend to calculate the interpolated pixel 754. Other interpolation methods may be used in other embodiments of the present technical solution. As a result, the interpolated pixel 754 may correspond to a distinctive artificial pixel 784.

[162] In some embodiments of the present technical solution, computing the distinctive artificial pixel 784 in the set of artificial pixels 782 may further include averaging the distinctive pixel 704 associated with the distinctive artificial pixel 784 and the interpolated pixel 754 associated with the distinctive artificial pixel 784. For example, if the distinguishing pixel 704 corresponds to a set of color parameters [R9, G9, B9], and the interpolated pixel 754 corresponds to a set of color parameters [R10 , G10, B10], averaging the distinguishing pixel 704 and the interpolated pixel 754 will create a distinctive artificial pixel 784 corresponding to the set of color parameters [(R9 + R10) / 2, (G9 + G10) / 2, (B9 + B10) / 2 ].

[163] In some embodiments of the present technical solution, server 112 may calculate a first parameter and a second parameter. The first parameter may at least partially indicate a visual difference between the first pixels and the corresponding artificial pixels, and further at least partially indicate a visual difference between the distinctive pixels in the first image 700 and the corresponding distinctive artificial pixels in the reference image 780. The second parameter may at least partially indicate a visual difference between the second pixels in the second image 750 and the corresponding artificial pixels s on reference image 780.

[164] For example, with reference to FIG. 12, the first delta pixel 1204 in the set 1200 of the first delta pixels, which indicates a visual difference between the distinctive pixel 704 and the distinctive artificial pixel 784, may correspond to a set of color parameters [R9- (R9 + R10) / 2, G9- (G9 + G10) / 2, B9- (B9 + B10) / 2]. In other words, the first delta pixel 1204 in the set 1200 of the first delta pixels may correspond to the difference between the set of color parameters corresponding to the distinctive pixel 704 and the set of color parameters corresponding to the distinctive artificial pixel 784.

[165] In another example, at least several second delta pixels from the set 1250 of second delta pixels may indicate a visual difference between the second pixels in the second image 750 and the corresponding artificial pixels in the reference image 780.

[166] In some embodiments of the present technical solution, the server 112 may be configured to store in the storage 114 a reference image 780, a first parameter and a second parameter. In alternative embodiments of the technical solution, the server 112 may be further configured to store the first compliance information and the second compliance information in the storage 114.

[167] In further embodiments of the technical solution, the server 112 may create a first image 700 based on the first parameter, the second correspondence information and the reference image 780. To this end, the server 112 may receive the second compliance information, the reference image from the storage 114. 780 and the first parameter. Server 112 may create each first pixel of the first image 700 by adding a set of color parameters of the corresponding associated artificial pixel in the reference image 780 in the set of color parameters of the corresponding first delta pixel in the set of 1200 first delta pixels. Server 112 may additionally create each distinctive pixel of the first image 700 by adding a set of color parameters of the corresponding associated distinctive artificial pixel in the reference image 780 to the set of color parameters of the corresponding first delta pixel in the set of 1200 first delta pixels.

[168] For example, the server 112 may determine the position of the distinctive artificial pixel 784 in the reference image 780. Using the second correspondence information, the server 112 may determine the position of the corresponding first delta pixel 1204. The server 112 may add a set of color parameters corresponding to the distinctive artificial pixel 784 to a set of color parameters corresponding to the first delta pixel 1204, for determining a set of color parameters corresponding to the distinctive pixel 704. Using the second information On compliance, server 112 may determine the position of the distinctive pixel 704 in the first image 700 to create a distinctive pixel 704 at the position of the distinctive pixel 704 in the first image 700.

SCENARIO 5: The reference image includes artificial pixels and a distinctive artificial pixel

[169] In FIG. 8 illustrates a first image 800 including a collection of 802 pixels of a first image 800, and a second image 850 including a combination of 852 pixels of a second image 850. It is assumed that the server 112 determines that the first image 800 and the second image 850 are visually connected. In other words, the server 112 could determine the first pixels (not shown) in the first image 800 that are visually associated with the corresponding second pixels (not shown) in the second image 850. As mentioned earlier, the server 112 can determine the first correspondence information between the first image 800 and a second image 850 as shown in FIG. 8 as M1.

[170] In one embodiment of the technical solution, the population of 852 pixels of the second image 850 may include a distinctive pixel 854. In other embodiments of the technical solution, the population of 852 pixels of the second image 850 may include a set (not shown) of distinctive pixels. As will be described later, the positions of the distinctive pixels among the plurality of 852 pixels of the second image 850 may correspond to positions in the first image 800 that do not correspond to any pixel in the first image 800.

[171] In some embodiments of the present technical solution, server 112 may create a reference image 880. Creating a reference image 880 may include an estimate of the resolution of the first image 800. More specifically, server 112 may estimate the resolution of the first image 800 as 10 by 10 pixels. Server 112 may estimate the resolution of the second image 850, for example, as 8 by 8 pixels. Server 112 may select the resolution of the reference image 880. In this case, server 112 may select the resolution of the reference image 880 as equal to the resolution of the second image 850. It should be noted that in this scenario, the server 112 selects the resolution of the reference image 880 as equal to the resolution of the second image 850, which presented for simplicity only.

[172] In other embodiments of the present technical solution, the server 112 may calculate a second set of movement factors that indicate the second correspondence information between the first correspondence 800 and the reference image 880. The second correspondence information is presented in FIG. 8 as M2.

[173] In additional embodiments of the technical solution, the server 112 may calculate a reference image 880, which includes a set of 882 artificial pixels. In this case, the calculation of each artificial pixel in the set of artificial pixels 882 may further include calculating the artificial pixel 884 based on the distinctive pixel 854 among the plurality 852 pixels in the second image 850 associated with the distinctive artificial pixel 884 and the interpolated pixel 804 associated with a distinctive artificial pixel 884. In some embodiments of the present technical solution, the calculation of the distinctive artificial pixel 884 may include I am calculating by server 112 an interpolated pixel 804 based on a mixture of 808 pixels in the aggregate 802 pixels of the first image 800.

[174] For example, server 112 may calculate the distinctive artificial pixel 884 based on the distinctive pixel 854 associated with the artificial pixel 884 in the set of artificial pixels 882 and based on the interpolated pixel 804 associated with the distinctive artificial pixel 884. It is assumed that the server 112 creates distinctive artificial pixel 884. Server 112 may identify the position of the distinctive artificial pixel 884 as [6, 6]. Thanks to the first and second correspondence information, the server 112 can determine the position of the distinctive pixel 854 associated with the artificial pixel 884 as [6, 6]. Due to the second correspondence information, the server 112 can determine the position 806 on the first image 800, which corresponds to the distinctive artificial pixel 884, as [4.5, 4.5].

[175] However, none of the pixels among the population of 802 pixels of the first image 800 corresponds to position 806, despite the fact that position 806 exists in the first image 800. In this case, the server 112 may determine a mixture of 808 pixels in the population of 802 pixels of the first image 800 based on the second correspondence information. For example, server 112 may determine a mixture of 808 pixels as the sixteen closest pixels to position 806. It should be borne in mind that any other number of nearest pixels to position 806 may be defined by server 112 as a mixture of 808 pixels in further embodiments of the present technical solution. Server 112 may calculate the interpolated pixel 804 by performing a pixel interpolation technical solution among a mixture of 808 pixels. As a result, the interpolated pixel 804 may correspond to a distinctive artificial pixel 884.

[176] In some embodiments of the present technical solution, the calculation of the distinctive artificial pixel 884 in the set of artificial pixels 882 may further include averaging the distinctive pixel 854 associated with the distinctive artificial pixel 884 and the interpolated pixel 804 associated with the distinctive artificial pixel 884. For example, if the distinctive pixel 854 corresponds to a set of color parameters [R11, G11, B11], and the interpolated pixel 804 corresponds to a set of color parameters [ R12, G12, B12], averaging the distinctive pixel 854 and the interpolated pixel 804 can create a distinctive artificial pixel 884 corresponding to a set of color parameters [(R11 + R12) / 2, (G11 + G12) / 2, (B11 + B12) / 2].

[177] In some embodiments of the present technical solution, server 112 may calculate a first parameter and a second parameter. The first parameter may at least partially indicate a visual difference between the first pixels in the first image 800 and the corresponding artificial pixels in the reference image 880. The second parameter may at least partially indicate a visual difference between the second pixels in the second image 850 and the corresponding artificial pixels on reference image 880, and may further at least partially indicate a visual difference between the distinctive pixels in the second image 850 and corresponding distinctive artificial pixels in the reference image 880.

[178] For example, the second delta pixel 1354 in the set 1350 of the second delta pixels, which indicates a visual difference between the distinctive pixel 854 and the distinctive artificial pixel 884, may correspond to a set of color parameters [R11- (R11 + R12) / 2, G11 - (G11 + G12) / 2, B11- (B11 + B12) / 2]. In other words, the second delta pixel 1354 in the set 1350 of the second delta pixels may correspond to the difference between the set of color parameters corresponding to the distinctive pixel 854 and the set of color parameters corresponding to the distinctive artificial pixel 884.

[179] In some embodiments of the present technical solution, the server 112 may be configured to store in the storage 114 a reference image 880, a first parameter and a second parameter. In alternative embodiments of the technical solution, the server 112 may be further configured to store the first compliance information and the second compliance information in the storage 114.

[180] In further embodiments of the technical solution, the server 112 may create a second image 850 based on the second parameter, the first and second correspondence information and the reference image 880. To this end, the server 112 may receive first and second information from the storage 114 Accordingly, the reference image 880 and the second parameter. Server 112 can create every second pixel of the second image 850 by adding a set of color parameters corresponding to the corresponding associated artificial pixel in the reference image 880 in the set of color parameters corresponding to the first delta pixel in the set of 1350 second delta pixels. The server 112 may further create each distinctive pixel of the second image 850 by adding a set of color parameters corresponding to a corresponding associated distinctive artificial pixel in the reference image 880 in a set of color parameters corresponding to a second delta pixel 1354 in a set 1350 of second delta pixels.

[181] For example, server 112 may determine the position of the distinctive artificial pixel 884 in the reference image 880. Using the first and second correspondence information, server 112 may determine the position of the corresponding second delta pixel 1354. Server 112 may add a set of color parameters corresponding to the distinctive artificial pixel 884, to the set of color parameters corresponding to the second delta pixel 1354, to determine the set of color parameters corresponding to the distinctive pixel 854. Using the first and Of the correspondence information, server 112 may determine the position of the distinctive pixel 854 in the second image 850 to create the distinctive pixel 854 at the position of the distinctive pixel 854 in the second image 850.

[182] With reference to FIG. 14 is a flowchart of a method 1400 that may be executed by server 112 in some embodiments of the present technical solution.

STEP 1402: Getting the first image and second image

[183] The method 1400 begins at step 1402, where the server 112 receives the first image 400 and the second image 450, the first image 400 includes a collection of 402 pixels of the first image 400, and the second image 450 includes a collection of 452 pixels of the second image 450, as shown in FIG. four.

[184] As mentioned above, the first image 400 and the second image 450 can be obtained by the server 112 using the data packet 107 and / or the data packet 108 from open information sources 130 and / or electronic device 104, respectively.

STEP 1404: Determining that the first image and the second image are visually connected

[185] Method 1400 continues to block 1404, where server 112 determines that the first image 400 and the second image 450 are visually connected, as shown in FIG. 4. Determining that the first image 400 and the second image 450 are visually connected includes identifying a set of first pixels in a first image 400 among a population of 402 pixels of a first image 400, and a set of second pixels in a second image 450 among a collection of 452 pixels of a second image, wherein each first pixel in the set of first pixels is visually associated with a corresponding second pixel in the set of second pixels.

[186] In some embodiments of the technical solution, with reference to FIG. 5, server 112 can identify a set of 504 third pixels among a population of 506 pixels of a first image 500, with every third pixel in a set of 504 third pixels not visually associated with any of the pixels in a collection of 552 pixels of a second image 550.

[187] In other embodiments of the technical solution, with reference to FIG. 6, server 112 may identify a set of 654 fourth pixels among a population of 656 pixels of a second image 650, with each fourth pixel in a set of 654 fourth pixels not visually associated with any of the pixels in a collection of 602 pixels of the first image 600.

STEP 1406: Definition of first compliance information

[188] Method 1400 continues to block 1406, where server 112 determines first correspondence information (ie, equation 1) between the first image 400 and the second image 450, as shown in FIG. four.

[189] In some embodiments of the present technical solution, with reference to FIG. 4, determining the first correspondence information may include selecting at least two first pixels 304 in the first image 300. Server 112 may identify the coordinates [x1, y1] [x2, y2] of at least two first pixels 304 in the first image 300 , and the coordinates [x3, y3] [x4, y4] corresponding to the visually connected second pixels 354 in the second image 350. Server 112 can calculate the first set of movement factors (see Kx , Ky , Dx and Dy in equation 1) based on the coordinates [ x1, y1] [x2, y2] of at least two first pixels 304 in the first image 300 and coordinates [x3, y3] [x4, y4] respectively of visually connected second pixels 354 in the second image 350, the first set of movement factors indicates the first information about the correspondence between the first image 300 and the second image 350.

STEP 1408: Creating a reference image based on the first image and second image

[190] The method 1400 continues to block 1408, where the server 112 creates a reference image 480 based on the first image 400 and the second image 450, the reference image contains a set of 482 artificial pixels, as shown in FIG. 4. Creating a reference image 480 may include determining second correspondence information (represented as M2 in FIG. 4) between the first image 400 and a reference image 480. Creating a reference image 480 may include computing each artificial pixel in the set of 482 artificial pixels based on the corresponding first pixel (e.g., first pixel 404) in the first pixel set that is associated with the corresponding artificial pixel (e.g., artificial pixel 484) in the artificial set 482 pixels, and a corresponding second pixel (e.g., second pixel 454) in the second pixel set that is associated with a corresponding artificial pixel (e.g., artificial pixel 484) in the set of artificial pixels 482. The calculation of each artificial pixel includes associating the corresponding first pixel (e.g., the first pixel 404) with the corresponding artificial pixel (e.g., the artificial pixel 484) through the second correspondence information, and the corresponding second pixel (e.g., the pixel 454) with the corresponding artificial pixel ( for example, artificial pixel 484) using the first and second correspondence information.

[191] In some embodiments of the technical solution, creating the reference image 480 may further include evaluating the first image 400, selecting a resolution of the reference image 480, and computing a second set of movement factors that indicates the second correspondence information shown in FIG. 4 as M2 between the first image 400 and the reference image 480 based on the resolution of the reference image 480 and the resolution of the first image 400.

[192] In other embodiments of the technical solution, with reference to FIG. 5, the reference image 580 may further include a set 584 of the first original pixels. In this case, creating the reference image 580 may further include calculating each first original pixel in the set 584 of the first original pixels based on the corresponding third pixel (e.g., third pixel 509) in the set 504 of third pixels associated with the corresponding first original pixel (e.g. , first original pixel 589). The calculation of each first original pixel may include associating a corresponding third pixel (e.g., third pixel 509) with a corresponding first original pixel (e.g., first original pixel 589) using the second correspondence information.

[193] In other embodiments of the technical solution, with reference to FIG. 6, the reference image 680 may further include a set of 654 second original pixels. In this case, creating the reference image 680 may further include calculating every second original pixel in the set 684 of the second original pixels based on the corresponding fourth pixel (e.g., fourth pixel 659) in the set of 654 fourth pixels associated with the corresponding second original pixel (e.g. , second original pixel 689). The calculation of each second original pixel includes linking the corresponding fourth pixel (e.g., fourth pixel 659) with the corresponding second original pixel (e.g., second original pixel 689) using the first and second correspondence information.

[194] In alternative embodiments of the technical solution, with reference to FIG. 7, the calculation of each artificial pixel in the set of artificial pixels 782 may further include calculating the distinctive artificial pixel 784 based on the distinctive pixel 704 associated with the distinctive artificial pixel 784 and the interpolated pixel 754 associated with the distinctive artificial pixel 784. In this case, computing a distinctive artificial pixel 784 may include computing an interpolated pixel 754 based on a blend of 758 pixels in the aggregate 752 pixels of the second 750 images.

[195] In some embodiments of the present technical solution, computing the distinctive artificial pixel 784 may further include associating the distinctive pixel 704 with the distinctive artificial pixel 784 using second correspondence information (represented in FIG. 7 as M2) and linking the interpolated pixel 754 with a distinctive artificial pixel 784 using the first (shown in FIG. 7 as M1) and second correspondence information.

[196] In other embodiments of the present technical solution, calculating the interpolated pixel 754 may include determining a blending of 758 pixels in the aggregate 752 pixels of the second image 750 based on the first and second correspondence information.

[197] In further embodiments of the technical solution, with reference to FIG. 4, the calculation of each artificial pixel in the set of artificial pixels 482 may further include averaging the first pixel (e.g., first pixel 404) associated with the corresponding artificial pixel (e.g., artificial pixel 484) and the second pixel (e.g., second pixel 454), associated with the corresponding artificial pixel (e.g., artificial pixel 484).

[198] In further embodiments of the technical solution, with reference to FIG. 7, the calculation of the distinctive artificial pixel 784 may further include averaging the distinctive pixel 704 associated with the distinctive artificial pixel 784 and the interpolated pixel 754 associated with the distinctive artificial pixel 784.

[199] In alternative embodiments of the technical solution, with reference to FIG. 8, calculating each artificial pixel in the set of artificial pixels 882 may further include calculating a distinctive artificial pixel 884 based on a distinctive pixel 854 associated with the distinctive artificial pixel 884 and an interpolated pixel 804 associated with the distinctive artificial pixel 884. In this case, computing a distinctive artificial pixel 884 may include computing an interpolated pixel 804 based on a mixture of 808 pixels in a combination of 802 pixels of the first 800 images.

[200] In some embodiments of the present technical solution, computing the distinctive artificial pixel 884 may further include associating the distinctive pixel 854 with the distinctive artificial pixel 884 using the first and second correspondence information, and associating the interpolated pixel 804 with the distinctive artificial pixel 884 using second compliance information.

[201] In other embodiments of the present technical solution, the calculation of the interpolated pixel 804 may include determining a blending of 808 pixels in a combination of 802 pixels of the first image 800 based on the second correspondence information.

[202] In further embodiments of the technical solution, computing the distinctive artificial pixel 884 may further include averaging the distinctive pixel 854 associated with the distinctive artificial pixel 884 and the interpolated pixel 804 associated with the distinctive artificial pixel 884.

STEP 1410: Calculation of the first parameter and second parameter

[203] The method 1400 continues to step 1410, where the server 112 calculates the first parameter and the second parameter, the first parameter may at least partially indicate a visual difference between the first pixels and the corresponding artificial pixels, and the second parameter may at least partially indicate a visual difference between the second pixels and the corresponding artificial pixels.

[204] In some embodiments of the present technical solution, the first parameter may further at least partially indicate a visual difference between the third pixels and the corresponding first original pixels. In other embodiments of the present technical solution, the second parameter may further at least partially indicate a visual difference between the fourth pixels and the corresponding second original pixels.

[205] In further embodiments of the technical solution, the first parameter may further at least partially indicate a visual difference between the distinctive pixels in the first image and the corresponding distinctive artificial pixels in the reference image. In other embodiments of the technical solution, the second parameter may additionally at least partially indicate a visual difference between the distinctive pixels in the second image and the corresponding distinctive artificial pixels in the reference image.

[206] In further embodiments of the technical solution, with reference to FIG. 9, the parameter and the second parameters may include a set of 900 first delta pixels and a set of 950 second delta pixels, respectively, and an indication of the resolution of the first image 400 and the second image 450, respectively. The first delta pixels in the set 900 of the first delta pixels may at least partially indicate a visual difference between the first pixels and the corresponding artificial pixels, and the second delta pixels in the set 950 of the second delta pixels may at least partially indicate a visual difference between second pixels and corresponding artificial pixels.

[207] In another embodiment of the technical solution, with reference to FIG. 10, the first and second parameters may include a set of 1000 first delta pixels and a set of 1050 second delta pixels, respectively, and an indication of the resolution of the first image 500 and the second image 550, respectively. The first delta pixels in the set of 1000 first delta pixels may at least partially indicate a visual difference between the first pixels in the image 500 and the corresponding artificial pixels in the reference image 580, and may additionally at least partially indicate a visual difference between the third pixels on the first image 500 and the corresponding first original pixels in the reference image 580. The second delta pixels from the set 1050 of the second delta pixels may at least partially indicate Vat on the visual difference between the second pixel in the second image 550 and the corresponding artificial pixel on the reference image 580.

[208] In alternative embodiments, with reference to FIG. 11, the first and second parameters may include a set 1100 of the first delta pixels and a set 1150 of the second delta pixels, respectively, and an indication of the resolution of the first image 600 and the second image 650, respectively. The first delta pixels from the set 1100 of the first delta pixels may at least partially indicate a visual difference between the first pixels in the image 600 and the corresponding artificial pixels in the reference image 680. The second delta pixels in the set 1150 of the second delta pixels can at least partially indicate the visual difference between the second pixels in the second image 650 and the corresponding artificial pixels in the reference image 680, and may additionally at least partially indicate a visual difference between the fourth pixels in the second image 650 and the corresponding second original pixels in the reference image 680.

[209] In a further embodiment of the technical solution, with reference to FIG. 12, the first and second parameters may include a set of 1200 first delta pixels and a set of 1250 second delta pixels, respectively, and an indication of the resolution of the first image 700 and the second image 750, respectively. The first delta pixels in the set of 1200 first delta pixels may at least partially indicate a visual difference between the first pixels in the image 700 and the corresponding artificial pixels in the reference image 780, and may additionally at least partially indicate a visual difference between the distinctive pixel 707 in the first image 700 and corresponding distinctive artificial 784 pixels in the reference image 780. The second delta pixels from the set of 1250 second delta pixels may be at least m D partly indicate the visual difference between the second pixel in the second image 750 and the corresponding artificial pixel on the reference image 780.

[210] In yet another embodiment of the technical solution, with reference to FIG. 13, the first and second parameters may include a set 1300 of the first delta pixels and a set 1350 of the second delta pixels, respectively, and an indication of the resolution of the first image 800 and the second image 850, respectively. The first delta pixels from the set 1300 of the first delta pixels may at least partially indicate a visual difference between the first pixels in the image 800 and the corresponding artificial pixels in the reference image 880. The second delta pixels in the set 1350 of the second delta pixels can at least partially indicate the visual difference between the second pixels in the second image 850 and the corresponding artificial pixels in the reference image 880, and may additionally at least partially indicate a visual difference between the distinctive pixel 854 in the second image 850 and the corresponding distinctive artificial 884 pixels in the reference image 880.

[211] In further embodiments of the technical solution, the first parameter may further include second compliance information, and the second parameter may further include first and second compliance information.

STEP 1412: Saving the reference image, the first parameter, the second parameter

[212] The method 1400 ends at step 1412, where the server 112 stores in the storage 114 a reference image, a first parameter, a second parameter, first compliance information and second compliance information.

[213] In some embodiments of the present technical solution, as described above, the first parameter may include second correspondence information, and the second parameter may further include first and second correspondence information. Then, method 1400 may end.

[214] It should be noted that some embodiments of the present technical solution may reduce the storage requirements of visually related images. More specifically, embodiments of the present technical solution, by creating a reference image and information about the difference, can reduce the amount of storage required to save a set of visually related images.

[215] With reference to FIG. 15 is a flow chart of a method 1500 that may be executed by server 112 in some embodiments of the present technical solution.

STEP 1502: Obtaining from the repository available to the server, the second compliance information, the reference image and the first parameter

[216] The method 1500 begins at step 1502, where the server 112 obtains from the store 114 second compliance information; a reference image 480 including a set of 482 artificial pixels, each artificial pixel in the set of 482 artificial pixels being associated with the second correspondence information with a corresponding first pixel in the set of first pixels in the first image 400, and a first parameter, wherein the first parameter can at least partially indicate a visual difference between the first pixels in the set of first pixels and the corresponding artificial pixels, as shown in FIG. four.

[217] In other embodiments of the present technical solution, in which each artificial pixel in the set of artificial pixels 482 is further associated with the first correspondence information and the second correspondence information with the corresponding second pixel in the second pixel set in the second image 450, the server 112 may receive information about the correspondence and the second parameter, while the second parameter can at least partially indicate a visual difference between the second pixels in the set of second pixels and tvetstvuyuschimi artificial pixels.

STEP 1502: Create the first image

[218] Method 1500 continues to step 1502, where server 112 creates a first image 400 based on a first parameter, second correspondence information and a reference image 480, as shown in FIG. four.

[219] In other embodiments of the technical solution, server 112 may create a second image 450 based on a second parameter, second correspondence information, first correspondence information, and a reference image 480.

[220] In some embodiments of the present technical solution, in which the reference image 580 further includes a set of 584 first original pixels, wherein each first original pixel in the set 584 of the first original pixels may be associated using second correspondence information with a corresponding third pixel in the set 504 of the third pixels of the first image 500, and the first parameter additionally at least partially indicates a visual difference between the third pixels and the corresponding favoring the first original pixel, as shown in FIG. 5, server 112 may create a first image 500 containing a set 504 of third pixels.

[221] In further embodiments of the present technical solution, in which the reference image 680 further includes a set 684 of the second original pixels, wherein each second original pixel in the set 684 of the second original pixels may be associated using the first and second correspondence information with the corresponding the fourth pixel in the set 654 of the third pixels of the second image 650, and the second parameter additionally at least partially indicates a visual difference between the fourth pixels and corresponding second original pixels, as shown in FIG. 6, server 112 may create a second image 650, further comprising a set of 654 fourth pixels.

[222] In further embodiments of the technical solution, in which the set of artificial pixels 782 further includes a distinctive artificial pixel 784 associated with the second correspondence information with the distinctive pixel 704 in the first image 700, and the first parameter is further at least partially indicates the visual difference between the distinctive pixel 704 in the first image 700 and the distinctive artificial pixel 784, as shown in FIG. 7, server 112 may create a first image 700, further comprising a distinctive pixel 704.

[223] In alternative embodiments of the technical solution, in which the set of artificial pixels 882 further includes a distinctive artificial pixel 884 associated with the first and second correspondence information with the distinctive pixel 854 in the second image 850, and the second parameter further according to at least partially indicates a visual difference between the distinctive pixel 854 in the second image 850 and the distinctive artificial pixel 884, the server 112 may create a second image 850, For further comprising distinguishing pixel 704.

[224] In yet another embodiment of the technical solution, the server 112 may instruct the electronic device 104 to display the first image 400 and the second image 450 to the user. For example, the server 112 may create the data packet 180 shown in FIG. 1, containing instructions for creating the first 400 and second 450 images, and may transmit a data packet 180 to the electronic device 104 via the data network 110.

[225] Then, method 1500 ends.

[226] In some embodiments of the present technical solution, the server 112, which executes the method 1400, can reduce the storage requirements of various visually related images. In some examples, a server 112 that runs method 1400 can reduce the necessary requirements for storing video, since multiple frames of video can be visually connected to each other. In other embodiments of the technical solution, the server 112, which further executes the method 1500, may allow the receipt of various visually related images from a database or storage with a limited volume.

[227] It is important to keep in mind that not all the technical results mentioned here may appear in each of the embodiments of the present technical solution. For example, embodiments of the present technical solution can be performed without the manifestation of some technical results, others can be performed with the manifestation of other technical results or even without them.

[228] Those skilled in the art will understand that in the present description, the expression “receiving data” from a user means receiving an electronic device data from the user in the form of an electronic (or other) signal. In addition, those skilled in the art will understand that displaying data to a user through a graphical user interface (for example, a screen of a computer device and the like) may include transmitting a signal to the graphical user interface, this signal contains data that can be processed, and at least a portion of this data may be displayed to the user via a graphical user interface.

[229] Some of these steps, as well as signal transmission-reception, are well known in the art and therefore, have been omitted in specific parts of this description for simplicity. Signals can be transmitted-received using optical means (for example, fiber optic connection), electronic means (for example, wired or wireless connection) and mechanical means (for example, based on pressure, temperature or other suitable parameter).

[230] Modifications and improvements to the above-described embodiments of the present technical solution will be apparent to those skilled in the art. The preceding description is provided as an example only and is not subject to any restrictions. Thus, the scope of the present technical solution is limited only by the scope of the attached claims.

[231] Thus, from a certain point of view, the embodiments of the present technical solution described above can be summarized as follows as numbered paragraphs.

ITEM 1. The method (1400) of processing and storing images, the method (1400) is performed by the server (112), the method (1400) includes:

- receiving (1402) by the server (112) the first image (400) and the second image (450), the first image (400) includes a plurality (402) of pixels of the first image (400), and the second image (450) includes a plurality (452) pixels of the second image (450);

- determining (1404) by the server (112) that the first image (400) and the second image (450) are visually connected, determining that the first image (400) and the second image (450) are visually connected includes identification by the server ( 112) a set of first pixels in a first image (400) among a set (402) of pixels of a first image (400), and a set of second pixels in a second image (450) among a set of (452) pixels of a second image (450), each first pixel in a set of first pixels is visually associated with the corresponding second the ith pixel in the set of second pixels;

- determination (1406) by the server (112) of the first correspondence information between the first image (400) and the second image (450);

- creation (1408) by the server (112) of the reference image (480) based on the first image (400) and the second image (450), the reference image (480) contains a set (482) of artificial pixels, the creation of the reference image (480) includes :

- determination by the server (112) of the second information about the correspondence between the first image (400) and the reference image (480); and

- calculation by the server (112) of each artificial pixel in the set (482) of artificial pixels based on the corresponding first pixel in the set of first pixels associated with the corresponding artificial pixel in the set (482) of artificial pixels and the corresponding second pixel in the set of second pixels associated with corresponding artificial pixel in the set (482) of artificial pixels, the calculation of each artificial pixel includes the server connecting (112) the corresponding first pixel with the corresponding claim a solid pixel using the second correspondence information, and a corresponding second pixel with a corresponding artificial pixel using the first and second correspondence information;

- calculation (1410) by the server (112) of the first parameter and the second parameter, wherein the first parameter at least partially indicates a visual difference between the first pixels and the corresponding artificial pixels, the second parameter at least partially indicates a visual difference between the second pixels and matching artificial pixels; and

- storing (1412) by the server (112) in the storage (114) available to the server (112) of the reference image (480), the first parameter, the second parameter, the first and the compliance information and the second compliance information.

ITEM 2. The method (1400) according to claim 1, wherein determining (1406) the first compliance information:

- the server (112) selects at least two first pixels (304) in the first image (300);

- server (112) identifies the positions of at least two first pixels (304) in the first image (300) and the positions of the corresponding visually connected second pixels (354) in the second image (350); and

- calculation by the server (112) of the first set of movement factors based on the positions of at least two first pixels (304) in the first image (300) and the positions of the corresponding visually connected second pixels (354) in the second image (350), the first set of movement factors indicates to the first correspondence information between the first image (300) and the second image (350).

ITEM 3. The method (1400) according to claim 1, wherein the creation (1408) of the reference image (480) further includes:

- assessment by the server (112) of the resolution of the first image (400);

- selection by the server (112) of the resolution of the reference image (480); and

- calculation by the server (112) of a second set of movement factors that indicate the second correspondence information between the first image (400) and the reference image (480) based on the resolution of the reference image (480) and the resolution of the first image (400).

ITEM 4. Method (1400) according to claim 1, further including:

- identification by the server (112) of the set (504) of third pixels among the set (506) of pixels of the first image (500), and each third pixel in the set (504) of third pixels is not visually associated with any of the pixels in the set (552) of pixels second image (550);

wherein the reference image (580) further includes a set (584) of the first original pixels, the creation (1408) of the reference image (580) further includes calculating by the server (112) each first original pixel in the set (584) of the first original pixels on based on the corresponding third pixel in the set (504) of third pixels associated with the corresponding first original pixel; and the first parameter additionally at least partially indicates:

- a visual difference between the third pixels and the corresponding first original pixels.

ITEM 5. The method (1400) according to claim 4, wherein calculating each first original pixel includes connecting the server (112) to the corresponding third pixel with the corresponding first original pixel using the second correspondence information.

ITEM 6. Method (1400) according to claim 1, further including:

- identification by the server (112) of the set (654) of fourth pixels among the set (656) of pixels of the second image (650), and each fourth pixel in the set (654) of fourth pixels is not visually associated with any of the pixels in the set (602) of pixels first image (600);

wherein the reference image (680) further includes a set (684) of second original pixels, the creation (1408) of the reference image (680) further includes calculating by the server (112) every second original pixel in the set (684) of the second original pixels on based on the corresponding fourth pixel in the set (654) of fourth pixels associated with the corresponding second original pixel; and the second parameter further at least partially indicates:

- a visual difference between the fourth pixels and the corresponding second original pixels.

ITEM 7. The method (1400) according to claim 6, in which the calculation of each second original pixel includes the server connecting (112) the corresponding fourth pixel with the corresponding second original pixel using the first and second correspondence information.

ITEM 8. The method (1400) according to claim 1, wherein calculating each artificial pixel in the set of artificial pixels (782) further includes computing by the server (112) a distinctive artificial pixel (784) based on the distinctive pixel (704) among the population of ( 702) pixels of a first image (700) associated with a distinctive artificial pixel (784) and an interpolated pixel (754) associated with a distinctive artificial pixel (784), the calculation of the distinctive artificial pixel (784) includes a calculation by the server (112) an interpolated pixel (754) based on mixing (758) pixels in the aggregate (752) pixels of the second image (750); and the first parameter additionally at least partially indicates:

- a visual difference between the distinctive pixel (704) among the population (702) of pixels of the first image (700) and the corresponding distinctive artificial pixel (784) in the reference image (780).

ITEM 9. The method (1400) according to claim 8, in which each distinctive artificial pixel (884) is calculated based on the distinctive pixel (854) among the set (852) pixels of the second image (850) associated with the distinctive artificial pixel (884) and the interpolated pixel (804) associated with the distinguishing artificial pixel (884), computing the distinctive artificial pixel (884) includes computing by the server (112) the interpolated pixel (804) based on the mixing (808) of the pixels in the aggregate (802) of pixels the first images (800); and the second parameter further at least partially indicates:

- a visual difference between the distinctive pixel (854) among the plurality (852) of pixels of the second image (850) and the corresponding distinctive artificial pixel (884) in the reference image (880).

ITEM 10. The method (1400) according to claim 8, in which the calculation of the distinctive artificial pixel (784) further includes the server connecting (112) the distinctive pixel (704) among the population (702) of pixels of the first image (700) with the distinctive artificial pixel (784) using the second correspondence information, and associating the interpolated pixel (754) with the distinguishing artificial pixel (784) using the first and second correspondence information.

ITEM 11. The method (1400) according to claim 9, in which the calculation of the distinctive artificial pixel (884) further includes connecting the server (112) to the distinctive pixel (854) among the set (852) of pixels of the second image (850) with the distinctive artificial pixel (884) using the first and second correspondence information, and associating the interpolated pixel (804) with a distinctive artificial pixel (884) using the second correspondence information.

ITEM 12. The method (1400) according to claim 8, in which the calculation of the interpolated pixel (754) includes determining by the server (112) the mixing (758) pixels among the set (752) pixels of the second image (750) based on the first and second information about compliance.

ITEM 13. The method (1400) according to claim 9, in which the calculation of the interpolated pixel (804) includes determining by the server (112) the mixing (808) of the pixels among the population (802) of pixels of the first image (800) based on the second correspondence information .

ITEM 14. The method (1400) according to claim 1, wherein the method of calculating each artificial pixel in the set (482) of artificial pixels further includes averaging by the server (112) the first pixel associated with the corresponding artificial pixel and the second pixel associated with the corresponding artificial pixel.

ITEM 15. The method (1400) according to claim 8, in which the calculation of the distinctive artificial pixel (784) further includes averaging by the server (112) the distinctive pixel (704) among the population (702) of pixels of the first image (700) associated with the distinctive an artificial pixel (784), and an interpolated pixel (754) associated with a distinctive artificial pixel (784).

ITEM 16. The method (1400) according to claim 9, wherein computing the distinctive artificial pixel (884) further includes averaging by the server (112) the distinctive pixel (854) among the population (852) of pixels of the second image (850) associated with the distinctive an artificial pixel (884), and an interpolated pixel (804) associated with a distinctive artificial pixel (884).

ITEM 17. The method (1400) according to claim 1, wherein the first and second parameters include a set (900) of first delta pixels and a set (950) of second delta pixels, respectively, and a resolution of the first (400) and second (450 ) of images, respectively, while the first delta pixels in the set (900) of the first delta pixels indicate a visual difference between the first pixels and the corresponding artificial pixels, while the second delta pixels in the set (950) of the second delta pixels indicate a visual difference between second pixels and corresponding usstvennymi pixels.

ITEM 18. The method (1400) of claim 17, wherein the first parameter further includes second correspondence information, and the second parameter further includes first and second correspondence information.

ITEM 19. A method (1500) for creating a first image (400) a first image (400) includes a set of first pixels, a method (1500) is executed by a server (112), a method (1500) includes:

- Receiving (1502) by the server (112) from the storage (114) available to the server (112):

i) second compliance information;

ii) a reference image (480), which includes a set of (482) artificial pixels, each artificial pixel in the set (482) of artificial pixels is connected using the second correspondence information with a corresponding first pixel in the set of first pixels in the first image (400) ; and

iii) a first parameter that at least partially indicates a visual difference between the first pixels in the set of first pixels and the corresponding artificial pixels; and

- Creation (1504) by the server (112) of the first image (400) based on the first parameter, the second correspondence information and the reference image (480).

ITEM 20. The method (1500) of claim 19, wherein each artificial pixel in the set of artificial pixels (482) is further associated with the first correspondence information and the second correspondence information with a corresponding second pixel in the set of second pixels in the second image (450 );

and wherein receiving (1504) further includes receiving by server (112):

i) first compliance information; and

ii) a second parameter that at least partially indicates a visual difference between the second pixels in the set of second pixels and the corresponding artificial pixels;

and the method (1500) further includes:

- creation by the server (112) of the second image (450) based on the second parameter, the second compliance information, the first compliance information and the reference image (480).

ITEM 21. The method (1500) according to claim 19, in which the first image (500) further includes a set (504) of third pixels;

and the reference image (580) further includes a set (584) of the first original pixels, wherein each first original pixel in the set (584) of the first original pixels is connected using the second correspondence information with the corresponding third pixel in the set (504) of the third pixels

and the first parameter further at least partially indicates a visual difference between the third pixels and the corresponding first original pixels.

ITEM 22. The method (1500) of claim 20, wherein the second image (650) further includes a set (654) of fourth pixels;

and the reference image (680) further includes a set (684) of second original pixels, wherein each second original pixel in the set (684) of the second original pixels is connected using the first and second correspondence information with the corresponding fourth pixel in the set (654 ) fourth pixels;

and the second parameter further at least partially indicates a visual difference between the fourth pixels and the corresponding second original pixels.

ITEM 23. The method (1500) according to claim 19, in which the first image (700) further includes a distinctive pixel (704);

and in which the set (782) of artificial pixels further includes a distinctive artificial pixel (784) associated with the second correspondence information with the distinctive pixel (704) in the first image (700);

and in which the first parameter further at least partially indicates a visual difference between the distinctive pixel (704) in the first image (700) and the distinctive artificial pixel (784).

ITEM 24. The method (1500) of claim 23, wherein the second image (850) further includes a distinctive pixel (854);

and in which the set (882) of artificial pixels further includes a distinctive artificial pixel (884) associated with the first and second correspondence information with the distinctive pixel (854) in the second image (850);

and in which the second parameter further at least partially indicates a visual difference between the distinctive pixel (854) in the second image (850) and the distinctive artificial pixel (884).

ITEM 25. The method (1500) according to claim 20, further comprising transmitting by the server (112) instructions to the electronic device (104) to display the first (400) and second (450) image to the user (102).

ITEM 26. Server (112) includes a processor and storage (114), storage (114) stores machine-readable instructions, server (112) is configured to execute method (1400) according to claim 1-18.

ITEM 27. Server (112) includes a processor and storage (114), storage (114) stores machine-readable instructions, server (112) is configured to execute method (1500) according to claim 19-25.

Claims (130)

1. The method of processing and storage of images, the method is performed by the server, the method includes: the server receiving the first image and the second image, the first image includes a plurality of pixels of the first image, and the second image includes a plurality of pixels of the second image; determining by the server that the first image and the second image are visually connected, determining that the first image and the second image are visually connected includes the server identifying the set of first pixels in the first image among the set of pixels of the first image, and the set of second pixels in the second image among a plurality of pixels of the second image, wherein each first pixel in the set of first pixels is visually associated with a corresponding second pixel in the set of second pixels; determining, by the server, the first correspondence information between the first image and the second image; creation of a reference image by the server based on the first image and the second image, the reference image contains a set of artificial pixels, the creation of the reference image includes: determining by the server second information about the correspondence between the first image and the reference image; and the server calculating each artificial pixel in the set of artificial pixels based on the corresponding first pixel in the set of first pixels associated with the corresponding artificial pixel in the set of artificial pixels, and the corresponding second pixel in the set of second pixels is associated with the corresponding artificial pixel in the set of artificial pixels, calculating each artificial a pixel includes the server binding the corresponding first pixel to the corresponding artificial pixel with the power of the second correspondence information and the corresponding second pixel with the corresponding artificial pixel using the first and second correspondence information; the server calculating the first parameter and the second parameter, wherein the first parameter at least partially indicates a visual difference between the first pixels and the corresponding artificial pixels, the second parameter at least partially indicating a visual difference between the second pixels and the corresponding artificial pixels; and storing the server in the storage accessible to the server of the reference image, the first parameter, the second parameter, the first compliance information and the second compliance information. 2. The method of claim 1, wherein determining the first compliance information includes: the server selecting at least two first pixels in the first image; identification by the server of the positions of at least two first pixels in the first image and the positions of the corresponding visually connected second pixels in the second image; and the server calculates the first set of movement factors based on the positions of at least two first pixels in the first image and the positions of the corresponding visually connected second pixels in the second image, the first set of movement factors indicates the first correspondence information between the first image and the second image. 3. The method according to p. 1, in which the creation of a reference image further includes: server evaluation of the resolution of the first image; server selection of the resolution of the reference image; and the server calculating a second set of movement factors that indicate the second correspondence information between the first image and the reference image based on the resolution of the reference image and the resolution of the first image. 4. The method according to p. 1, further comprising: the server identifies a set of third pixels among the set of pixels of the first image, wherein every third pixel in the set of third pixels is not visually associated with any of the pixels in the set of pixels of the second image; wherein the reference image further includes a set of first original pixels, creating the reference image further includes calculating by the server each first original pixel in the set of first original pixels based on the corresponding third pixel in the set of third pixels associated with the corresponding first original pixel; and the first parameter additionally at least partially indicates: visual difference between the third pixels and the corresponding first original pixels. 5. The method according to claim 4, in which the calculation of each first original pixel includes the server connecting the corresponding third pixel with the corresponding first original pixel using the second matching information. 6. The method according to claim 1, further comprising: identification by the server of a set of fourth pixels among the set of pixels of the second image, wherein every fourth pixel in the set of fourth pixels is not visually associated with any of the pixels in the set of pixels of the first image; wherein the reference image further includes a set of second original pixels, creating the reference image further includes calculating by the server each second original pixel in the set of second original pixels based on the corresponding fourth pixel in the set of fourth pixels associated with the corresponding second original pixel; and the second parameter further at least partially indicates: the visual difference between the fourth pixels and the corresponding second original pixels. 7. The method according to claim 6, in which the calculation of each second original pixel includes the server linking the corresponding fourth pixel with the corresponding second original pixel using the first and second correspondence information. 8. The method according to claim 1, in which the calculation of each artificial pixel in the set of artificial pixels further includes the server calculating a distinctive artificial pixel based on a distinctive pixel among the set of pixels of the first image associated with the distinctive artificial pixel and the interpolated pixel associated with the distinctive artificial pixel, the calculation of the distinctive artificial pixel includes the calculation of the server interpolated pixel based on the mixture I pixels in the aggregate pixels of the second image; and the first parameter additionally at least partially indicates: the visual difference between the distinctive pixel among the population of pixels of the first image and the corresponding distinctive artificial pixel in the reference image. 9. The method according to claim 8, in which the calculation of each distinctive artificial pixel is based on the distinctive pixel among the combination of pixels of the second image associated with the distinctive artificial pixel and the interpolated pixel associated with the distinctive artificial pixel, the calculation of the distinctive artificial pixel includes computing an interpolated pixel server based on mixing pixels in a combination of pixels of the first image; and the second parameter further at least partially indicates: the visual difference between the distinctive pixel among the population of pixels of the second image and the corresponding distinctive artificial pixel in the reference image. 10. The method of claim 8, wherein calculating the distinctive artificial pixel further includes: connecting the distinctive pixel among the plurality of pixels of the first image to the distinctive artificial pixel using the second correspondence information and linking the interpolated pixel to the distinctive artificial pixel using the first and second compliance information. 11. The method according to claim 9, in which the calculation of the distinctive artificial pixel further includes the server connecting the distinctive pixel among the set of pixels of the second image with the distinctive artificial pixel using the first and second correspondence information and linking the interpolated pixel to the distinctive artificial pixel using the second compliance information. 12. The method of claim 8, wherein calculating the interpolated pixel includes determining, by the mixing server, the pixels among the plurality of pixels of the second image based on the first and second correspondence information. 13. The method of claim 9, wherein calculating the interpolated pixel includes determining by the pixel mixing server among the plurality of pixels of the first image based on the second correspondence information. 14. The method of claim 1, wherein calculating each artificial pixel in the set of artificial pixels further includes averaging by the server the first pixel associated with the corresponding artificial pixel and the second pixel associated with the corresponding artificial pixel. 15. The method according to claim 8, in which the calculation of the distinctive artificial pixel further includes the server averaging the distinctive pixel among the set of pixels of the first image associated with the distinctive artificial pixel and the interpolated pixel associated with the distinctive artificial pixel. 16. The method according to claim 9, in which the calculation of the distinctive artificial pixel further includes averaging by the server the distinctive pixel among the set of pixels of the second image associated with the distinctive artificial pixel and the interpolated pixel associated with the distinctive artificial pixel. 17. The method of claim 1, wherein the first and second parameters include a set of first delta pixels and a set of second delta pixels, respectively, and a resolution of the first and second images, respectively, wherein the first delta pixels in the set of first delta pixels indicate the visual difference between the first pixels and the corresponding artificial pixels, and the second delta pixels in the set of second delta pixels indicate the visual difference between the second pixels and the corresponding artificial pixels. 18. The method of claim 17, wherein the first parameter further includes second compliance information, and the second parameter further includes first and second compliance information. 19. The method of creating the first image includes a set of first pixels, the method is performed by the server, the method includes: getting the server from the repository available to the server: i) second compliance information; ii) a reference image, which includes a set of artificial pixels, each artificial pixel in the set of artificial pixels is connected using the second information about the correspondence with the corresponding first pixel in the set of first pixels in the first image; and iii) a first parameter that at least partially indicates a visual difference between the first pixels in the set of first pixels and the corresponding artificial pixels; and creation by the server of the first image based on the first parameter, the second correspondence information and the reference image. 20. The method according to p. 19, in which each artificial pixel in the set of artificial pixels is additionally connected using the first information about the correspondence and the second information about the correspondence with the corresponding second pixel in the set of second pixels in the second image; and wherein the receipt further includes receiving by the server: i) first compliance information; and ii) a second parameter that at least partially indicates a visual difference between the second pixels in the set of second pixels and the corresponding artificial pixels; and wherein the method further includes: creating a second image by the server based on the second parameter, the second compliance information, the first compliance information, and the reference image. 21. The method according to p. 19, in which the first image further includes a set of third pixels; and in which the reference image further includes a set of first original pixels, each first original pixel in the set of first original pixels is associated with the second correspondence information with a corresponding third pixel in the set of third pixels; and the first parameter further at least partially indicates a visual difference between the third pixels and the corresponding first original pixels. 22. The method according to p. 20, in which the second image further includes a set of fourth pixels; and in which the reference image further includes a set of second original pixels, each second original pixel in the set of second original pixels is connected using the first and second correspondence information with a corresponding fourth pixel in the set of fourth pixels; and the second parameter further at least partially indicates a visual difference between the fourth pixels and the corresponding second original pixels. 23. The method of claim 19, wherein the first image further includes a distinctive pixel; and in which the set of artificial pixels further includes a distinctive artificial pixel associated with the second correspondence information with the distinctive pixel in the first image; and in which the first parameter further at least partially indicates a visual difference between the distinctive pixel in the first image and the distinctive artificial pixel. 24. The method of claim 23, wherein the second image further includes a distinctive pixel; and in which the set of artificial pixels further includes a distinctive artificial pixel associated with the first and second correspondence information with the distinctive pixel in the second image; and in which the second parameter further at least partially indicates a visual difference between the distinctive pixel in the second image and the distinctive artificial pixel. 25. The method according to p. 20, in which the method further includes transmitting the server instructions to the electronic device to display the first and second image to the user. 26. A server including a processor and storage, the storage stores machine-readable instructions, the server is configured to: obtaining the first image and the second image, the first image includes a set of pixels of the first image, and the second image includes a set of pixels of the second image; determining that the first image and the second image are visually connected to determine that the first image and the second image are visually connected, the server is configured to identify the set of first pixels in the first image among the set of pixels of the first image and the set of second pixels in the second image among the set pixels of the second image, wherein each first pixel in the set of first pixels is visually associated with a corresponding second pixel in the set of second pi mudflows; determining first correspondence information between the first image and the second image; creating a reference image based on the first image and the second image, the reference image contains a set of artificial pixels, to create a reference image, the server is configured to: determining second correspondence information between the first image and the reference image; and calculating each artificial pixel in the set of artificial pixels based on the corresponding first pixel in the set of first pixels associated with the corresponding artificial pixel in the set of artificial pixels, and the corresponding second pixel in the set of second pixels is associated with the corresponding artificial pixel in the set of artificial pixels, to calculate each artificial the pixel server is configured to associate the corresponding first pixel with the corresponding artificial m pixel using the second correspondence information and the corresponding second pixel with the corresponding artificial pixel using the first and second correspondence information; calculating a first parameter and a second parameter, wherein the first parameter at least partially indicates a visual difference between the first pixels and the corresponding artificial pixels, the second parameter at least partially indicates a visual difference between the second pixels and the corresponding artificial pixels; and storing in a storage accessible to the reference image server, the first parameter, the second parameter, the first compliance information and the second compliance information. 27. The server according to p. 26, in which to determine the first information about the compliance of the server is configured to: selecting at least two first pixels in the first image; identifying the positions of at least two first pixels in the first image and the positions of the corresponding visually related second pixels in the second image; and calculating a first set of movement factors based on the positions of at least two first pixels in the first image and the positions of the corresponding visually connected second pixels in the second image, the first set of movement factors indicates the first correspondence information between the first image and the second image. 28. The server according to p. 26, in which, to create a reference image, the server is additionally configured to perform: resolution estimation of the first image; selection of the resolution of the reference image; and computing a second set of movement factors that indicate second correspondence information between the first image and the reference image based on the resolution of the reference image and the resolution of the first image. 29. The server according to p. 26, the server is additionally configured to perform: identifying a set of third pixels among the set of pixels of the first image, wherein every third pixel in the set of third pixels is not visually associated with any of the pixels in the set of pixels of the second image; wherein the reference image further includes a set of first original pixels, for creating a reference image, the server is further configured to calculate each first original pixel in the set of first original pixels based on the corresponding third pixel in the set of third pixels associated with the corresponding first original pixel; and the first parameter additionally at least partially indicates: visual difference between the third pixels and the corresponding first original pixels. 30. The server of claim 29, wherein, for computing each first original pixel, the server is configured to associate the corresponding third pixel with the corresponding first original pixel using the second correspondence information. 31. The server according to p. 26, the server is additionally configured to perform: identifying a set of fourth pixels among the set of pixels of the second image, wherein every fourth pixel in the set of fourth pixels is not visually associated with any of the pixels in the set of pixels of the first image; wherein the reference image further includes a set of second original pixels, for creating a reference image, the server is further configured to calculate each second original pixel in the set of second original pixels based on the corresponding fourth pixel in the set of fourth pixels associated with the corresponding second original pixel; and the second parameter further at least partially indicates: the visual difference between the fourth pixels and the corresponding second original pixels. 32. The server according to p. 31, in which to calculate every second original pixel, the server is configured to associate the corresponding fourth pixel with the corresponding second original pixel using the first and second correspondence information. 33. The server according to p. 26, in which to calculate each artificial pixel in the set of artificial pixels, the server is configured to calculate the distinctive artificial pixel based on the distinctive pixel among the combination of pixels of the first image associated with the distinctive artificial pixel and the interpolated pixel associated with distinctive artificial pixel, to calculate the distinctive artificial pixel, the server is configured to perform interpolation calculation vannogo pixel based on mixing the pixels in the set of pixels of the second image; and the first parameter additionally at least partially indicates: the visual difference between the distinctive pixel among the population of pixels of the first image and the corresponding distinctive artificial pixel in the reference image. 34. The server according to p. 33, in which to calculate each distinctive artificial pixel, the server is configured to calculate based on the distinctive pixel among the set of pixels of the second image associated with the distinctive artificial pixel and the interpolated pixel associated with the distinctive artificial pixel for computing a distinctive artificial pixel, the server is configured to calculate the interpolated pixel based on mixing pixels in total pixels of the first image; and the second parameter further at least partially indicates: the visual difference between the distinctive pixel among the population of pixels of the second image and the corresponding distinctive artificial pixel in the reference image. 35. The server of claim 33, wherein the server for computing a distinctive artificial pixel is further configured to associate a distinctive pixel among a plurality of pixels of the first image with a distinctive artificial pixel using second correspondence information and associate an interpolated pixel with a distinctive artificial pixel using the first and second compliance information. 36. The server according to p. 34, in which to calculate the distinctive artificial pixel, the server is further configured to associate the distinctive pixel among the set of pixels of the second image with the distinctive artificial pixel using the first second correspondence information and link the interpolated pixel to the distinctive artificial pixel using second compliance information. 37. The server of claim 33, wherein, for computing the interpolated pixel, the server is configured to determine pixel mixing among a plurality of pixels of the second image based on the first and second correspondence information. 38. The server of claim 34, wherein, for computing the interpolated pixel, the server is configured to determine pixel mixing among a plurality of pixels of the first image based on the second correspondence information. 39. The server according to p. 26, in which to calculate each artificial pixel in the set of artificial pixels, the server is further configured to average the server with the first pixel associated with the corresponding artificial pixel and the second pixel associated with the corresponding artificial pixel. 40. The server of claim 33, wherein the server for computing the distinctive artificial pixel is further configured to average the distinctive pixel among a plurality of pixels of a first image associated with the distinctive artificial pixel and an interpolated pixel associated with the distinctive artificial pixel. 41. The server of claim 34, wherein the server for computing the distinguishing artificial pixel is further configured to average the distinguishing pixel among a plurality of pixels of a second image associated with the distinctive artificial pixel and an interpolated pixel associated with the distinctive artificial pixel. 42. The server of claim 26, wherein the first and second parameters include a set of first delta pixels and a set of second delta pixels, respectively, and a resolution of the first and second images, respectively, wherein the first delta pixels in the set of first delta pixels indicate the visual difference between the first pixels and the corresponding artificial pixels, and the second delta pixels in the set of second delta pixels indicate the visual difference between the second pixels and the corresponding artificial pixels. 43. The server of claim 42, wherein the first parameter further includes second compliance information, and the second parameter further includes first and second compliance information. 44. A server including a processor and storage, the storage stores machine-readable instructions, the server is configured to: retrieving from storage available to the server: i) second compliance information; ii) a reference image, which includes a set of artificial pixels, each artificial pixel in the set of artificial pixels is connected using the second information about the correspondence with the corresponding first pixel in the set of first pixels in the first image; and iii) a first parameter that at least partially indicates a visual difference between the first pixels in the set of first pixels and the corresponding artificial pixels; and creating a first image based on a first parameter, second correspondence information and a reference image. 45. The server according to claim 44, wherein each artificial pixel in the set of artificial pixels is further associated with the first correspondence information and the second correspondence information with a corresponding second pixel in the set of second pixels in the second image; and the server is further configured to receive: i) first compliance information; and ii) a second parameter that at least partially indicates a visual difference between the second pixels in the set of second pixels and the corresponding artificial pixels; and the server is further configured to: creating a second image based on a second parameter, second correspondence information, first correspondence information and a reference image. 46. The server of claim 44, wherein the first image further includes a set of third pixels; and in which the reference image further includes a set of first original pixels, each first original pixel in the set of first original pixels is associated with the second correspondence information with a corresponding third pixel in the set of third pixels; and the first parameter further at least partially indicates a visual difference between the third pixels and the corresponding first original pixels. 47. The server of claim 45, wherein the second image further includes a set of fourth pixels; and in which the reference image further includes a set of second original pixels, each second original pixel in the set of second original pixels is connected using the first and second correspondence information with a corresponding fourth pixel in the set of fourth pixels; and the second parameter further at least partially indicates a visual difference between the fourth pixels and the corresponding second original pixels. 48. The server of claim 44, wherein the first image further includes a distinctive pixel; and in which the set of artificial pixels further includes a distinctive artificial pixel associated with the second correspondence information with the distinctive pixel in the first image; and in which the first parameter further at least partially indicates a visual difference between the distinctive pixel in the first image and the distinctive artificial pixel. 49. The server of claim 48, wherein the second image further includes a distinctive pixel; and in which the set of artificial pixels further includes a distinctive artificial pixel associated with the first and second correspondence information with the distinctive pixel in the second image; and in which the second parameter further at least partially indicates a visual difference between the distinctive pixel in the second image and the distinctive artificial pixel. 50. The server according to claim 45, which is further configured to transmit instructions to the electronic device to display the first and second image to the user.

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